#lm 3.6

[lmchaptertitlebracket]

Translations of Shame: III.iv.6 Res angusta

6 of our translators have just rendered this as Res Angusta. Sensible enough. Now, Gray of the Four-Translator edition has “Res Augusta”, which could be an error, but could also easily be a misprint.

And then there’s Denny, who gives us? “Domestic Matters”? Which is. Again. Not what that says 

[flyinghub]

The 10 Most Expensive Cars You Can Barely Afford

For those who have a passion for automobiles, luxury cars offer more than just transportation—they are an embodiment of performance, design, and exclusivity. The world’s priciest cars are often limited in production, making them rare treasures that only a select few can own. Here’s a rundown of the 10 most expensive cars that push the limits of luxury and innovation.

1. Bugatti La Voiture Noire – $18.7 Million

Bugatti’s La Voiture Noire is an absolute masterpiece, created as a tribute to the historic Type 57 SC Atlantic. It’s a one-of-a-kind car, featuring a massive 8.0-liter quad-turbo W16 engine that churns out 1,479 horsepower. With its sleek, futuristic design, this car is a true gem of automotive artistry.

2. Pagani Zonda HP Barchetta – $17.5 Million

The Zonda HP Barchetta is Pagani’s crown jewel, combining impeccable Italian craftsmanship with extreme performance. With a powerful 7.3-liter V12 engine delivering 789 horsepower, only three units were ever made, making it one of the rarest supercars on the planet.

3. Rolls-Royce Boat Tail – $28 Million

Tailored to the tastes of its three ultra-wealthy owners, the Rolls-Royce Boat Tail stands at the peak of personalized luxury. It blends yacht-inspired design with high-end automotive technology, powered by a V12 engine that exudes elegance and sophistication in every detail.

4. Bugatti Centodieci – $9 Million

Paying homage to the classic Bugatti EB110, the Centodieci offers unparalleled performance and exclusivity. With only 10 units produced, this supercar is equipped with a monstrous 8.0-liter W16 engine, producing 1,600 horsepower and rocketing from 0 to 60 mph in just 2.4 seconds.

5. Mercedes-Maybach Exelero – $8 Million

The Mercedes-Maybach Exelero is a striking concept car known for its extravagant design and 700-horsepower twin-turbo V12 engine. As a one-off model, the Exelero combines luxury with top-tier performance, reaching speeds over 200 mph.

6. Koenigsegg CCXR Trevita – $4.8 Million

Only two CCXR Trevitas were ever produced, and their bodies are coated with Koenigsegg’s patented diamond weave carbon fiber. Powered by a 1,004-horsepower engine, this Swedish hypercar is both a marvel of engineering and a rare collectible.

7. Lamborghini Veneno Roadster – $4.5 Million

With only nine units ever made, the Veneno Roadster is one of Lamborghini’s most exclusive and eye-catching designs. Its 6.5-liter V12 engine delivers a blistering 740 horsepower, and its sharp, aggressive looks make it a true head-turner on the road.

8. McLaren P1 LM – $3.6 Million

The McLaren P1 LM is the street-legal version of its track-only sibling, the P1 GTR. It delivers 986 horsepower via a 3.8-liter twin-turbo hybrid V8 engine. With just six units ever produced, it’s as rare as it is fast, setting new standards for hybrid supercars.

9. Lykan Hypersport – $3.4 Million

Best known for its appearance in Fast & Furious 7, the Lykan Hypersport is one of the most exotic cars ever made. Featuring diamond-studded headlights and a twin-turbo flat-six engine that produces 780 horsepower, it’s as luxurious as it is powerful.

10. Aston Martin Valkyrie – $3.2 Million

The Aston Martin Valkyrie brings Formula 1 technology to the road. With a hybrid V12 engine that generates 1,160 horsepower, this hypercar delivers unrivaled performance. Its futuristic design and race-ready capabilities make it one of the most desirable cars in the world.

Final Thoughts

These extraordinary vehicles are more than just modes of transportation—they are symbols of innovation, craftsmanship, and exclusivity. Whether it’s the speed, design, or sheer rarity, each of these cars represents the pinnacle of automotive engineering, available only to those fortunate enough to afford the best that money can (barely) buy.

[ai-news]

Since November 2020, LINE has embarked on a transformative journey of research and development to create and harness the power of an advanced large-scale language model tailored specifically for the Japanese language. As a significant milestone in t #AI #ML #Automation

[skyfire85]

Flightline: 40 - Bell LLRV/LLTV

-One of the LLRVs in flight over Edwards, with a TB-47B and B-57A 55-0665, nicknamed “Snoopy” (which was modified to house a test version of the AN/ASG-18 radar for the F-108 and F-12 programs) in the background. | Photo: NASA / Dryden Flight Research Center

Edwards AFB, 1 January 1965

Built by Bell Aerosystems, the 2 Lunar Lander Research Vehicles and 3 Lunar Lander Training Vehicles (collectively nicknamed Flying Bedsteads) were used to develop controls for the Lunar Landers used by the Apollo program, as well as train the pilots for the Landers.

NASA selected Bell as the contractor for the LLRV program based on the company’s experience with VTOL aircraft, and issued a study contract in 1961 to develop a system to simulate landing on the Moon. Bell had also been studying the idea independently, and by February of 1963 the company was awarded a contract worth $3.6 million ($30.5 million today) to produce the LLRVs, with the first two craft expected at Edwards for flight testing within 14 months.

-Line drawing of the LLRV, showing the simplicity of its construction as well as its dimensions. | Illustration: NASA

“Aircraft” only in the most general sense, the LLRVs and LLTVs were a series of truss sections built from aluminum tube. A single GE CF700/TF34 was placed in the center of the vehicle, oriented vertically downward and mounted on a gimbal to keep the axis of thrust centered. The turbofan would lift the LLRV to an appropriate altitude (500 feet or less) , at which point it would be throttled back to simulate the 1/6th gravity of the Moon. two rockets, powered by hydrogen peroxide and throttleable between 100lbf and 500lbf, would be used to slow the craft’s descent rate and provide horizontal movement. Sixteen smaller RCS motors, also powered by H2O2,were mounted in pairs and controlled pitch, roll and yaw. In an emergency, six solid fuel rockets could be used to maintain the 5/6th support if the turbofan failed, allowing a safe landing. Finally, one of the first zero/zero ejection seats was fitted, which could catapult the pilot to safety even from zero altitude and zero speed (hence the name).

-Engine test of LLRV #1 in late 1964. | Photo: NASA/DFRC

Both LLRVs were shipped from Bell’s plant to Edwards in April of 1964, though #2 was shipped in pieces and assembled there to keep costs down. After initial tests on a tilt table, the vehicles were moved to the South Base area of Edwards and flight testing began in October. Test flights were carried out by FRC pilots Joe Walker and Con Mallick, as well as Army helicopter test pilot Jack Kleuver and NASA pilots Joe Algranti and H. E. Ream. After the test series at Edwards, the LLRVs were modified, adding the three-axis hand controllers and throttles of the future LM, as well as a cockpit enclosure (made from Styrofoam to keep weight down) to simulate the view from the LM.

LLRV #2, after modifications. Also note the landing pegs instead of the casters present on the preceding picture. | Photo: NASA/DFRC

-Picture of a preserved LLTV, showing the instruments in the cockpit. | Photo: NASA

In December of 1966, LLRV #1 was transported to NASA Houston, followed by #2 in January of ‘67, and NASA’s flights began on 27 March 1967, with Neil Armstrong piloting #1 at Ellington AFB. Armstrong, as well as other pilots of the craft, were quick to point out that given the LLRV’s operations envelope, use of the ejection seat was their only option if something went wrong, which was proven on 6 May 1968, when a control failure forced Armstrong to eject at 200 feet.

A review board found that the fuel for the RCS thrusters had run out, aggravated by high winds on the day of the flight. NASA decided to terminate further flights of the LLRV at this point, as the improved LLTV were due to be shipped to Ellington from Bell. At the time of the accident, LLRV #1 had completed 198 flights accident-free, with #2 completing 6 flights.

In March of 1967, Bell Aerosystems was granted a contract worth $5.9 million ($45.7 M today) to produce three Lunar Lander Training Vehicles, an advanced version of the LLRV used to train the LM pilots. The first vehicle arrived at Ellington in June of 1968, with first flight carried out by JSC’s Aircraft Operations Division (AOD) head Joe Algranti in August. Tests lasted until 8 December, when Algranti lost control of the vehicle and ejected just 3/5th of a second before impact.

The accident review found that, due to the decision to not test the LLTV in a wind tunnel prior to flight tests, the full capabilities and limitation of the RCS were unknown. The decision was then made to fly LLTV #3 to NASA Langley in a Super Guppy for wind tunnel testing.

-LLTV #3 being loaded into the Super Guppy. | Photo: NASA

-LLTV #3 inside the 30x60 foot wind tunnel at NASA Langley. | Photo: NASA

Testing on the vehicle lasted from 7 January to 7 February 1968, and determined that the Styrofoam cabin was inducing a yaw at sideslip angles exceeding -2°, which quickly exceeded the RCS’ ability to counteract. NASA took the simple expedient of removing the top of the cabin, which eliminated the yaw. Data from the tests also allowed NASA to build a preliminary flight envelope, though this would have to be checked with test flights, as the LLTV’s engine could not be run in the tunnel. A Flight Readiness Review Board was convened in March of 1969 to review the findings of the accident board, as well as the data from the tunnel tests, and on 30 March approved a resumption of flight tests, which were completed in March of 1969, leaving Neil Armstrong a month to complete his LLTV training prior to the Apollo 11 launch.

After the successful landing of Apollo 11, the remaining LM pilots each took their turn in the LLTV, though #3 was destroyed on 29 January ‘71 after an electrical failure at 200 feet.

The LLRV and LLTV were invaluable tools in the Moon landing, and were some of the few hardware simulators to get get airborne. Then Chief Astronaut of NASA Deke Slayton said simply: “[There was] no other way to simulate moon landings except by flying the LLRV.”

Unsurprisingly, only two of the craft survived the program:

LLRV #2 is on display at the Armstrong Flight Research Center (FKA NASA Dryden), which is apparently Fort Knox as I cannot find a pic anywhere.

LLTV #2, also known as NASA 952, is hanging in the lobby of the NASA Johnson Space Center:

-LLTV #2 in the JSC lobby. | Photo: NASA

[reflexoesbiblicas]

O DÍZIMO DO SENHOR

INTRODUÇÃO:

O NASCIMENTO DA NAÇÃO DE ISRAEL:

_ Consta nas escrituras sagradas, que Deus chamou Abraão, o abençoou e estabeleceu com ele uma aliança, prometendo-lhe ser o Deus de seus descendentes e lhes dar como propriedade a terra de Canaã (Gn 12.1-2; 17.1-9). Deus ratificou sua aliança com Isaque “filho de Abraão” e com Jacó “filho de Isaque”; pois a aliança e a promessa foram destinadas à descendência dos doze filhos de Jacó (Gn 26.2-5; 35.10-12). Este povo foi escolhido e separado para Deus; foi gerado no Egito, como escravos, por quatrocentos anos (Gn 46.1-4); e então, Deus chamou Moisés para libertar o povo e conduzi-los para a terra prometida (Ex 3.1-10; 12.31-37; Dt 4.20).  

_ Após o êxodo, este povo peregrinou por quarenta anos no deserto, local onde Deus revelou sua glória, sua justiça, sua misericórdia, seu amor e o seu desejo de habitar com um povo santo; no monte Sinai, Deus entregou a Moisés as leis necessárias para a formação ética, do caráter e da moral de uma nação (Ex 19.1-8; 24.4-8; Dt 28.9; 29.5-6).

_ Após a peregrinação do povo de Deus e a conquista das terras de Canaã, “Israel” se tornou uma nação com território israelense. As leis da primeira aliança, continha todos os estatutos que a nação precisaria para viver em sociedade e em comunhão com Deus: continha as leis civis, criminais, de propriedade, trabalhistas, tributárias, leis sanitárias e os métodos para controle de doenças, como também as leis específicas para formação da religião oficial de Israel, o “Judaísmo”. A Lei de Deus regulamentava o Judaísmo, o qual, não se tratava apenas de uma religião, na verdade, um sistema de governo teocrático, para uma nação santa, a qual era chamada de “Povo de Deus” (Dt 33.1-5; 1Sm 8.4-10, 18-20; 2Cr 7.14; Sl 47.1-4).    

_ A Nação de Israel nasceu de Abraão, cresceu como escrava no Egito, ainda sem pátria foi santificada no deserto, e então conquistou um território para habitar, por meio da apropriação das terras das Nações Cananeias (Dt 1.8; 6.10-15; 7.1-4, 9-10; 9.4-5). Israel foi formado por doze “tribos”, isto é, por doze estados, sendo que, cada um deles continham várias cidades (Nm 33.50-54); cada estado correspondia aos nomes das tribos originárias dos filhos de Jacó. Entretanto, as bênçãos destinadas a Israel estavam condicionadas à obediência a Lei de Deus (Dt 28.1-15; 30.15-19).

A CRIAÇÃO DO DÍZIMO:

_ Os descendentes da tribo de Levi, não receberam parte das terras de Canaã como herança, porque a Lei de Deus assim determinava. A tribo de Levi estava destinada a cuidar do tabernáculo e de todas as obrigações destinadas a religião oficial de Israel (Nm 1.47-54; Dt 18.1-2); as outras tribos deveriam entregar 10% de tudo que produzissem à tribo de Levi, o “dízimo”; ou seja, caberia aos estados entregar os impostos, 10% de toda a produção, ao órgão central da federação, o “Tabernáculo”, (Lv 27.30,34; Ne 10.36-38).

_ O propósito dos dízimos era de prover as necessidades dos sacerdotes, levitas e do sistema sacrificial; sustentar os órfãos, as viúvas e os estrangeiros; fazer obras sociais (Nm 18.20-28; Dt 14.28-29; 26.12-13).

_ Maldição na primeira aliança, no Judaísmo, é a reprovação divina, digo, é a condenação para aqueles que não obedecem aos mandamentos de Deus; condenação aos que não cumprem a Lei de Deus (Dt 11.26-28; Jr 11.1-4; Ml 3.9a).    

_ O dizimo pertencia a primeira aliança (Dt 12.1, 10-14; Hb 7.5) e era para ser entregue exclusivamente em Jerusalém, “santuário” (Ml 3.10).  Posteriormente, e por causa das constantes desobediência, Deus rejeitou e abandonou o templo, ou melhor, as ofertas e os sacrifícios (Lm 2.5-7; Os 6.6; At 17.24-25; Hb 10.5-10).

EXORTAÇÕES DE MALAQUIAS:

_ O profeta Malaquias registra a última súplica de Deus ao seu povo no período da primeira aliança (Ml 1.1), e declara juízo (condenação) aos sacerdotes e ao povo israelita; fala sobre os seus pecados: casamentos ilícitos, infidelidades conjugais, práticas comerciais injustas, retenção dos dízimos e outros descumprimentos a Lei (Ml 1.6,7,13; 2.8-11,14; 3.5,8-9).

_ Os israelitas pós-exílio, se encontravam desestimulados, enfraquecidos na fé e desacreditados do amor de Deus (Ml 1.2), e de sua justiça (Ml 2.17; 3.14,15). Deus prometeu maldição àqueles que não se arrependessem (Ml 2.1-2; 4.4-6) e aos que se arrependessem prometeu compaixão (Ml 3.6-7,17).

_ As exortações de Malaquias são direcionadas a nação de Israel, com relação ao “Templo-Estado”, pela necessidade de ser mantido após o cativeiro babilônico. Os dízimos eram obrigatórios aos Israelitas, pois se tratava de mandamento do Senhor (Lv 27.30, 34; Hb 7.5), e qualquer desobediência a Lei de Deus os deixaria embaixo de maldição (Ml 3.9); conforme registrado sob a primeira aliança (Ex 34.27-28; Js 23.6).  

A NOVA ALIANÇA - CRISTIANISMO

_ Maldição na nova aliança, no Cristianismo, é a condenação eterna para aqueles que não creem em Jesus Cristo (Jo 3.17-18; 2Pe 2.14; 1Co 16.22; Gl 1.8-9; Mt 25.41,46), ou para àqueles que permanecerem debaixo da Lei (Gl 3.8-13), ou seja, para todos aqueles que preferem obedecer e seguir as Leis da primeira aliança (Gl 5.1); estes sim, estão debaixo de grande maldição (Gl 5.4).  

_ Jesus chamou os cristãos para benção e não para maldição (Jo 10.27-29; Rm 8.1-4; 10.4; 1Pe 3.9; Ef 1.3-8; Tg 3.9-11).

_ Na nova aliança, o sistema sacrificial levítico teve sem fim com o sacrifício único e perfeito de Cristo na Cruz; assim como o Templo-Estado também teve seu fim, após a destruição da cidade de Jerusalém; o Judaísmo e seus objetivos deixaram de existir.  

_ No cristianismo, ou no novo testamento, em nenhum lugar ordena e nem mesmo recomenda que os cristãos se submetam a um sistema legalista de dizimar (Gl 5.1), na verdade condena aquele que o faz (Gl 3.10); portanto o cristão não rouba a Deus nos dízimos e nem nas ofertas.

_ O propósito das ofertas no cristianismo é ajudar os fracos (At 20.35), os necessitados (1Co 16.1-3) e os menores dos irmãos em Cristo (Mt 25.31-40).

_ O cristão não deve se sentir obrigado a ofertar, ou contribuir para uma instituição religiosa; contudo, o cristão deve sim ofertar, porém por amor, de acordo com suas possibilidades, conforme sua prosperidade e em benefício dos necessitados (2Co 8.7-8,13-14,20-21; 9.1,7-15; Tg 2.14-17; 4.17). Analogia: (Dt 14.28-29).  

                                                                           Rener Luz

[eldunea]

Why I Am EXTREMELY Against Zarkon Getting a Redemption Arc

[CW: Intense salt about Voltron and in-depth discussion of genocide.]

i’m gonna just put it right the fuck out here: LM and JDS had no idea what the FUCK they were doing and i have the numbers to prove it.

so they wanna tell kids to forgive a murderous genocidal tyrant. that’s bad enough. but it makes it even worse that the writers of the show didn’t seem to have any conception of the scope of the crimes they were committing. like……seriously. are they so stupid that they don’t even understand the monstrosity that zarkon has canonically done? let me break it down for you all exactly how bad an atrocity that we’re talking about.

the galra have either killed or enslaved every single sapient species they’ve conquered. this is CANON. 

the galra have conquered nearly the entire known universe. this is ALSO CANON.

with a track record like that, i’m going to give you an estimate of how many people zarkon killed or enslaved.

there are at least 100 billion planets in the milky way, 40 billion of which are habitable. there are at least 200 billion galaxies in the universe. let’s pick a real low number and assume each of the 200 billion galaxies in the universe have 10% of their habitable planets inhabited. this makes 4 billion inhabited planets per galaxy * 200 billion galaxies = 800 billion inhabited planets. now, since the galra have conquered almost the entire known universe, let’s say 90% of those inhabited planets have been colonized. that means 720 billion planets, or 7.2 x 10^11 planets, have been conquered.

now, populations vary based on planet to planet. with maxed out efficiency of resource use, some scientists think the earth is capable of carrying 10 billion people, which is probably the amount that other planets can carry and the amount that advanced alien civilizations would be able to approach but not exceed. many planets will have far less people, however, whether due to lower carrying capacity or due to the fact that those civilizations have technology equivalent to preindustrial humanity and thus factors like illness and starvation keep their population numbers low. so, in the end, it would probably average out to 5 billion (5 x 10^9) people per planet.

put that all together and you have 5 x 10^9 * 7.2 x 10^11. 

Conservatively, 3.6 x 10^21 or 3,600,000,000,000,000,000,000 people were killed or enslaved by the Galra.

that’s 3.6 sextillion people, exponentially more people than there have ever been humans alive on earth.

we cannot fathom it.

we can’t ask children to fathom it.

I don’t think LM and JDS even TRIED to understand that when they say a species has 1) conquered an entire universe and 2) enslaved and murdered every single sapient species within it, THIS IS THE HORROR THAT THEY ARE IMPLYING. THIS IS THE HORROR THEY WANT //CHILDREN// TO FORGIVE. 

because listen. when you say that genocide happened across the universe, the crimes perpetrated would INEVITABLY be on a scale beyond that of the holocaust. beyond that of the holodomor. beyond that of the cultural revolution. beyond what pol pot did to cambodia, beyond what happened in the rwandan genocide--beyond the death tolls of all of humanity’s atrocities throughout the entirety of human history PUT TOGETHER.

and to write that the person in charge of such unfathomable crimes should be forgiven?

should be redeemed?

should get to fight alongside the paladins he killed and tried to kill in some bullshit solidarity because he’s “sorry” and he “didn’t mean it” and he’s obviously a ~better person~ now so he can somehow get a ~second chance?~

i have nothing more to say in reply to that. 

It makes me angry beyond words.

[juniperpublisherspediatrics]

Effects of the Zinc Sulphate in a Girl with Chronic Renal Failure-Juniper Publishers

Introduction

End-stage renal disease (ESRD) is associated with numerous complications, which may partly result from excessive amounts of reactive oxygen species and/or decreased antioxidant activity [1]. In children in haemodialysis have been described hipozincemia. Given the diverse array of biologic functions of zinc, it is not surprising that multiple physiological and metabolic functions, such as physical growth, immunocompetence, reproductive function, and neurobehavioral development are all affected by zinc status [2]. When the supply of dietary zinc is insufficient to support these functions, biochemical abnormalities and clinical signs may be developed [3].

Objectives

Inside of a study of evaluation of the effect of administration of zinc sulphate on nutritional status in children with chronic renal failure, we described a girl’s nutritional status.

Material and Methods

The study in 48 children with chronic renal failure was controlled, concurrent, randomized and open (not masked), conducted in two phases: Phase I: Baseline nutritional status diagnosis. Two months: monthly anthropometric assessment (10 indicators) and biochemical analysis (3 indicators). Phase II: Twelve months. For restrictive randomization were assigned to group A (sulphate 30mg Zn/day) or B (15mg Zn/day). Group B was a control group and the dose of 15 mg Zn/day as the minimum daily requirement of zinc. Were followed monthly anthropometric and biochemical analysis in the last month. We obtained serum levels of C-reactive protein (marker of infection), albumin (visceral protein reserve) and serum zinc. Anthropometric assessments of weight (W), height (H), mid-arm circumference (MAC) and triceps skinfold thickness (TSF) were used to develop the indicators: weight for age (W/A), height for age (H/A), weight for height (W/H), nutritional index (IN), body mass index (BMI), mid-arm muscle area (MAMA) or lean mass (LM), fat mass (FM) and growth rate (GR). To diagnoses zinc deficiency we use serum zinc > 70 μg/dl. The statistics test used was the nonparametric test of Wilcoxon signed ranks [4].

Results

From the 13 indicators of nutrition, we obtained an average of 0.78% of obese, a 36.45% of normal and a 59.64% of malnourished children in the first evaluation. After oral administration of zinc remained half of 1.04% of obesity, eutrophication of a 27.06% of normal and 43.49% of malnutrition. There were 25% and 20.84% of hipozincemia in the first and second biochemical evaluation, respectively. With 30 mg/day of zinc sulphate, there was a significant change in the nutritional index (p=0.025), the body mass index (p=0.009) and in arm circumference (p=0.041). This increase in body mass was significant in the age group under 14 years, with doses of 30 mg/day, evidenced through the body mass index (p=0.26) and the arm circumference (p=0.039).

One girl who was 10 years old, which have renal failure by chronic interstitial nephritis with chronic malnutrition and osteodystrophy. She could not walk when she started the study she needed to help from her family to move around the house, hospital and other places. When she started she was W/A -3.6, H/A -4.9, W/H -2.1, BMI -1.6, MAMA -2, LM<5 percentile, FM<5 percentile and GR -3.9. Also, slow albumin, high PCR and normal serum zinc. She entered in the group A and take sulphate 30mg Zn/day pills for eleven month. Then she finished with W/A -3.6, H/A -5.8, W/H -1.7, BMI -1.4, MAMA -2.2, LM <5 percentile, FM < 5 percentile and GR -5.3, and slow albumin, normal PCR and zinc deficiency. We can see that she improve W/H, BMI and PCR. However, the best improve was in the end of the study, she can walk alone by herself.

Discussion

Zinc is an essential metal for human body and it is necessary for grow and development of children from pregnant women since adult inclusive ancient. It is possible because zinc is a dietary essential trace element, is primarily an intracellular metal involved in numerous metabolic processes, i.e., as a catalyst, structural element, or regulatory ion. With zinc deficiency, multiple nonspecific general shifts in metabolism and function occur, including reductions in growth, increased infections, and the appearance of skin lesions [5]. In low-income countries like Peru, where zinc intakes are inadequate, these functional disturbances are often associated with impaired growth, increase risk of child morbidity and mortality and preterm births.

All cells appear to have a small zinc reserve “stored” in lysosomes [6,13]. However, some tissues, possibly bone, may have labile zinc pools than can be redistributed to maintain zincdependent functions in other tissues [7,13]. Bone contains ~30% of total body, zinc, that is, ~700mg total or 66μg/g body weight, with some differences due to sex (8, Bond). Studies showed that bone zinc, as well as liver zinc, is mobilized when animals are fed a zinc-deficient diet [9,13]. Because the total content of zinc in bone is 3-fold higher than that of all soft tissues combined, a decrease in bone zinc concentration would indicate a major release of endogenous zinc compared with that from other tissues. Thus, bone zinc may provide a “back-up” source of zinc for other tissues with a vital zinc requirement when the dietary supply is inadequate (10, bond). Nevertheless, there are important biological roles for zinc in bone [13].

The change of a child with renal failure in dialysis who cannot walk alone without modification her treatment with an exception of 30mg/day of sulphate zinc supply. After eleven months she can walk by herself could be, explain for the zinc function in all bone of the body via zinc’s active role in collagen formation in the epitheses, zinc ions promoters of bone remodelling by osteoblast proliferation [11,13], and they contribute to extracellular matrix calcification through the synthesis of matrix proteins in osteoblast [12,13]. Zinc deficiency finally could be explain because patients with renal failure can need supply for more time.

Conclusion

For the nutritional index, the BMI and MAC, oral administration of 30mg / day of zinc sulphate resulted in an increased significant change in deposit mass compared with the group that received only 15mg/day. The mass increase was significant on body mass index and mid-arm circumference, in the age group under 14 who received 30mg/day of zinc sulphate. It was the same in our patient; because she improve her BMI and W/H despite that, she finished with hypozincemia.

The administration of zinc sulphate did not significantly improve the final height or serum zinc. It is recommended seeing the zinc as one of the essential micronutrient supplementation in patients with chronic renal failure and for studies of zinc deficiency in the development of other chronic diseases in which malnutrition is present. However, a biomarker of changes in bone zinc is not available at this time. Researchers are needed to better understand links between bone zinc, diet zinc, and overall zinc homeostasis [13].

For more Open Access Journals in Juniper Publishers please click on: https://juniperpublishers.com

For more articles in Academic Journal of Pediatrics & Neonatology please click on: https://juniperpublishers.com/ajpn/index.php

For more Open Access Journals please click on: https://juniperpublishers.comZinc

[ourdivya94blog-blog]

25 Reasons, why Digiperform is the best Digital Marketing Course in India

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What can you earn in the digital industry?

Search/Social/Digital Marketing Analyst/Executive (0–1 years) Salary

Rs 20,000–40,000 per month.

Search/Social/Digital Marketing Specialist (1–3 years) Salary

4–5 lacs per annum.

Search/Social/Digital marketing strategist/Team lead (3–4 years) Salary

5- 6 lacs per annum.

Search/Social/Digital marketing account manager– (5–8 Years) Salary

7–10 lacs per annum.

Search/Social/Digital marketing — VP- (8–15 years) Salary

12–50 lacs per annum.

Undoubtedly, digital marketing jobs are highly paid.

Aspirants are looking for the best digital marketing course in India and for that, there are several institutes that are now offering digital marketing training program.

Here are a few reasons to choose digital marketing as a career:

Well paid jobs

In-demand skills

Versatile

Wide scope

No Academic background is required

100% Job placements

So, if you really want to understand how digital marketing platforms work then you can go with an advanced Digital marketing course.

Digiperform is India’s leading digital marketing training institute through its 40+ centres in India.

Digiperform is the first organization to be awarded as ‘Asia’s Most Trusted Brand in Digital Education’ by WCRC (World Consulting and Research Corporation).

It’s a young organization that aims to bridge the huge gap that exists between the industry’s digital training needs and the availability of trained talent by offering hands-on training programs and certifications.

They have trained over 18,000+ fresh graduates, professionals and entrepreneurs across the country since its inception with a focus on delivering high valued digital marketing curriculum to masses through its learning management system and certifications.

Digiperform mainly offers two Digital marketing courses:

1. Digiperform Certified Digital Marketing Executive Course (dCDME):

The certification is perfect for beginners in Digital marketing and helps aspirants to learn the fundamental of Digital Marketing.

dCDME is a training program design to cover the 11 fundamental modules of digital marketing in an in-depth manner.

The course covers introduction to marketing, introduction to digital marketing, Graphic designing, video creation, blogging fundamentals, web analytics, social media profile creation, SEO, Google AdWords & PPC marketing, email marketing and WordPress website creation.

2. Digiperform Certified Digital Marketing Consultant Course (dCDMC)

This course is ideal for anyone looking to understand and implement A-Z of Digital Marketing under a single umbrella program.

The dCDMC program is a Digital marketing certification course which is divided into 5 segments covering Executive Modules, Campaign Support Modules, Organic & Paid Marketing along with Career Development modules making it an extensive 30 Module Program.

Successful completion of these 30 modules and 2 examinations will lead you to attain dCDMC Certification.

Still, have a doubt… Why choose Digiperform?

Then, here are 25 reasons, why Digiperform is the best digital marketing course in India.

1. PAN India Presence

With headquarter based in Noida, Digiperform is making its wonderful presence through its 40+ centres all over in India.

Digiperform has already gained very much popularity in metropolitan cities like Delhi, Mumbai, Pune, Hyderabad and Bangalore.

And in coming years, they will cover every city across Asia with the aim of providing knowledge to get people to perform on Digital marketing platforms.

2. Digiperform Raises $3.6 million from HT Media

Digiperform feels enchanted to have an opportunity to add a milestone in their journey as they have raised $3.6 million from HT Media.

The well-known online magazine — YourStory Media — has featured an article under the title “Edtech start-up Digiperform raises $3.6 M from HT Media” stating the recent achievement and how excited they are to make the most of the same investment to pick up the pace of growth in the market and build brand awareness.

3. 100% Job Assistance

In today’s competitive world, everyone needs a secure job for the future.

And Digiperform as a Digital marketing institute provides 100% job assistance to their students.

So, you just don’t need to worry about the job placement as they fulfil what they promise.

4. Award Winning LMS

Digiperform is Asia’s leading Digital Marketing Training Organization to receive Gold Category status by WCRC (World Consulting and Research Corporation) for their Curriculum, Certifications and 24X7 LMS developed for Digital Marketing Trainings.

The LMS includes course PPTs, recordings, quizzes, self-help tutorials and forum for getting answers to queries and available only for the registered student.

5. Awarded as “Most Trusted Brand in Digital Education”

Digiperform is awarded as the “Most Trusted Brand in Digital Education” by WCRC (Leading Marketing Research Firm and Magazine for Asian Leaders).

6. Proven placement track records

Since 2014, 3500+ Freshers got their 1st Job, With Digiperform Certifications in top brands such as Accenture, Adobe, Microsoft, infibeam, Jaypee across Asia.

7. Tool based learning

You’ll get the experience to learn and handle 100+ Live Tools which are used by industry experts and agencies to speed up your learning & output.

8. Most in Depth Program

Digiperform provides experience to learn and handle 100+ Live Tools which are used by industry experts.

They also offer classroom live practical sessions which help aspirants to implement better what they learn.

9. Affordable Fees

Digiperform provides value for money courses which you can afford at the best price in the market.

There are various institutes in India that are offering digital marketing course at a very high price.

You can compare their prices with Digiperform fees structure and see a major difference.

10. No Specific background is required

The best thing about pursuing digital marketing course from Digiperform is that you don’t need a specific background or a degree.

It just requires your passion and willingness to learn new skills.

11. Great Learning environment

Before joining any institute, the environment is the first thing that comes up in everyone’s mind.

It is a major aspect in the matter of learning anything. That’s why, the ambience and environment Digiperform offers is very interactive, positive and motivating.

Therefore, “A good environment is more important than physical breathing room”.

12. Industry’s Top Trainers

At Digiperform, they have the top industry experts/trainers who support each and every student to achieve excellence in all parameters such as SEO, PPC, Social media marketing, Email- marketing, Google Ads and Affiliate marketing etc and to meet their desired career goals.

13. High Quality of Training

All the training modules are consistent and meet industry standards. They are highly concerned towards quality & consequently run quality check audit to make sure that it meets all accepted best practices.

Also, they always keep on updating their training with the latest skills and new technologies in the Digital Domain.

14. Live practical sessions

Digiperform provides live training sessions and helped students to understand the topic many times by providing extra classes whenever they require.

They also teach you how to practice in your job interviews.

15. Media Coverage

Digiperform has featured by well-known magazines such as Business Insider, VC Circle, Inc, Newsbarons.com, Sify news, YourStory and Entrepreneur.com etc.

16. Get Practical knowledge while pursuing a course

You can get the most while pursuing the digital marketing course as they provide the hands-on learning experience. Students can get the best exposure to practical knowledge.

They also give assignments and PDF etc.

17. Trained 18000+ students

Since establishment, Digiperform has trained more than 18000 students in India.

THE FACT– 3500+ Fresher got their 1st Job, With Digiperform Certifications and Over 4600 Trainees Got Better Career with Average Salary Hike Of 20%.

18. Makes you an expert in Digital domain

Once you have done with the Digital marketing course from Digiperform. Now, you are able to apply in big organizations and reputed ad agencies with no fear.

You can also be able to choose the areas such as SEO, PPC, Social media, Google Ads, Affiliate marketing and Email marketing to become an expert in.

19. Weekday/ Weekend/ Sunday Only Batch

As we all have our busy schedule and people don’t have time to join the course on a regular basis.

This is the reason Digiperform have special flexible timing to provide training. You can join the course according to your choice.

Sunday batches are for the ones who are already engaged somewhere in their businesses or working professionals etc. They can take benefit to Sunday classes.

20. Benefits for Students

Digital marketing is hype today. And it is one of the industries which are having a lot of scope and job opportunities in it.

Students who just passed their 12th standard can join the digital marketing training and make their career in this exciting domain.

Digital marketing jobs are highly-paid. It is estimated that there are 20 lacs jobs by 2020.

21. Benefits for working professionals

Working Professionals, who are looking for exciting growth opportunities and better pay perks, should definitely go for Digital marketing course.

After the completion of digital marketing training, you can demand a good position and avail the best package.

Also, you can earn pretty good money while sitting at home through Google Ad Sense, Affiliate marketing, Blogging etc.

22. Benefits for small business

If you are running a small business and don’t have a good budget to spend on your business.

You can join Digiperform digital marketing course and start to implement the digital marketing tactics and techniques in your business.

This training can assist you with a cheaper and cost-effective way to reach your customers in real time.

23. Free doubt sessions and Backup classes

You can anytime ask for the doubt session if you feel like. Or you can book a slot and a day for the same concern.

In case, you miss any of your class Digiperform provides facility to give you the backup class for the same. It is a big advantage any institute can offer.

24. Best Customer Support

Digiperform provides its customer with the best support in the digital marketing industry.

They are always happy to help you with your concerns regarding any course query. Also, they send personalized emails and WhatsApp messages if necessary.

25. Success Stories

Digiperform has successfully trained 18000+ students, with successful job placement for over 10,000 candidates across Asia.

Recently news shows that Digiperform raises $3.6 million from HT Media.

Source-https://bestdigitalmarketinginstitutes.wordpress.com/2019/02/20/25-reasons-why-digiperform-is-the-best-digital-marketing-course-in-india/

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III.vi.8 Les invalides eux-mêmes peuvent être heureux

A Puff of Wind is simply not the title of this chapter, Denny!

Even the Invalides May Be Lucky: Wilbour, Gray, FMA

Even Invalids May Be Lucky: Wraxall

The Veterans Themselves Can Be Happy: Hapgood

A Puff of Wind: Denny

Even War Invalids Can Be Happy: Rose

Even War Veterans Can Be Happy: Donougher

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Train Sim World 3 | LMS Stanier Mogul Steam Loco Introduction

Conquer American mountains as you haul incredible tonnage with the workhorses of industry, get the British capital’s commuters to work in record time and race state-to-state aboard German high-speed traction. Master the machine with Train Sim World 3.

https://store.steampowered.com/app/1944790/Train_Sim_World_3/

Minimum requirement list: OS: 64-bit Windows 8.1, Windows 10 or Windows 11 Processor: Intel Core i5-4690 @ 3.5 GHz or AMD Ryzen 5 1500X @ 3.7 GHz Memory: 8 GB RAM Graphics: NVIDIA GeForce GTX 750 Ti or AMD Radeon RX 460 with 2 GB VRAM or more DirectX: Version 10 Storage: 50 GB available space

Recommended requirement list: Processor: Intel Core i7-11600K @ 3.6 GHz or AMD Ryzen 5 5600X @ 3.7 GHz Memory: 16 GB RAM Graphics: NVIDIA GeForce RTX 3070 or AMD Radeon RX 6800 with 8 GB VRAM or more

#trainsimworld3 #tsw3steamloco #JimmyDali #tsw3 #dovetailgames #simulator #simulation #steamloco #railfan #LMSStanier

[citizenxcc]

A Bar at Night in Napa

A Bar at Night in Napa

Fuji X-Pro1 | Fuji XF 18-55 F2.8-4 R LM OIS30.2mm | 1/50s | ƒ/3.6 | ISO 6400 This is a photo of the Bounty Hunter Wine Bar in Napa, California night. Walking along the street, what I saw brought to mind a cinematic scene that you might see in a film noir. The main challenge I faced with this photo was trying to balance the light coming from the building with the surrounding ambient light. The…

[viswatechynology]

IEEE

IEEE Quick Facts

IEEE has:

Over 409,000 members in more than 160 countries, more than 60 percent of whom are from outside the United States

More than 125,000 Student members

343 Sections in ten geographic Regions worldwide

2,615 Chapters that unite local members with similar technical interests

3,565 Student Branches at colleges and universities in over 100 countries

3,182 Student Branch Chapters of IEEE technical Societies

608 affinity groups; IEEE affinity groups are non-technical sub-units of one or more Sections or a Council. The affinity group patent entities are the IEEE-USA Consultants Network, Young Professionals (YP), Women in Engineering (WIE), Life Members (LM), and IEEE Entrepreneurship

IEEE:

Read More

Has 39 technical Societies and seven Technical Councils representing the wide range of IEEE technical interests

Has more than 5 million documents in the IEEE Xplore® digital library, with more than 15 million downloads each month

Has an active portfolio of 1,076 standards and more than 900 projects under development

Publishes approximately 200 transactions, journals, and magazines

Sponsors more than 1,900 conferences and events in 96 countries while contributing over 3.6 million total conference papers to IEEE Xplore since 1936, with as many as 200,000 new papers added annually

Membership

There are over 409,000 IEEE members in over 160 countries, more than 60 percent of whom are from outside the United States. IEEE members are engineers, scientists, and allied professionals whose technical interests are rooted in electrical and computer sciences, engineering, and related disciplines. The highest grade of membership, IEEE Fellow, is attained through nomination by peers and approval by the IEEE Board of Directors for distinction in the profession.

Communities

As the world’s largest technical professional organization, IEEE offers a number of ways to get involved with technical and local communities. These communities are active participants in research and authorship, conferences, and important conversations about today’s most relevant technical topics locally and globally.

Read More With 39 technical Societies, ten geographic regions that host over 10,000 local meetings annually, several affinity and special interest groups, humanitarian opportunities, and virtual communities and private groups through IEEE Collabratec®, IEEE offers ample opportunity to network and grow professionally through communities.

Conferences and events

IEEE sponsors more than 1,900 annual conferences and events worldwide, curating cutting-edge content for all of the technical fields of interest within IEEE.

Publications

IEEE publishes nearly a third of the world’s technical literature in electrical engineering, computer science, and electronics. This includes approximately 200 transactions, journals, and magazines published annually. In cooperation with John Wiley and Sons, Inc., IEEE also produces technical books, monographs, guides, and textbooks.

IEEE journals are consistently among the most highly cited in electrical and electronics engineering, telecommunications, and other technical fields.

The IEEE Xplore Digital Library contains more than 5 million documents from IEEE and IEEE journals, transactions, magazines, letters, conference proceedings, and active IEEE standards.

Standards

IEEE is a leading developer of international standards that underpin many of today’s telecommunications, information technology, and power-generation products and services.

Often the central source for standardization in a broad range of emerging technologies, the IEEE Standards Association has an active portfolio of nearly 1,076 standards and more than 984 projects under development. This includes the prominent IEEE 802® standards for local, metropolitan, and other area networks, including Ethernet and Wireless LAN (commonly referred to as Wi-Fi®).

Education

By awarding continuing education units and professional development hours, IEEE helps its members meet their continuing education requirements and develops products and services in support of these efforts.

IEEE follows strict guidelines for the development and delivery of continuing education materials, conforming to the highest industry practices for awarding continuing education units, professional development hours, and certificates of completion.

At the pre-college level, IEEE works with industry, universities, and government to raise students’ literacy in science, math, engineering, and technology.

Humanitarian

As the philanthropic partner of IEEE, the IEEE Foundation translates the values of our members and donors into social impact and advances the IEEE mission across the globe.

The IEEE Foundation connects 200+ IEEE member-led initiatives with financing, expertise, and philanthropic guidance. Its goal is to put effort where philanthropy and technology intersect. The investment of time, talent, and treasure from generous donors supports IEEE programs that improve access to technology, enhance technological literacy, and support technical education and the IEEE professional community.

Read More

The IEEE Foundation, a tax-exempt 501(c)(3) organization in the United States:

Inspires donations to IEEE, bringing visibility, focus, scale, impact, and relevance to the work of IEEE through philanthropy

Manages donations for IEEE, ensuring effective financial management and strong governance

Invests in programs of IEEE, turning the donations into action and impact through IEEE programs

The IEEE Foundation serves as a steward of donations that improve the human condition. It empowers the next generation of engineers and scientists, educates and raises awareness, energizes and recognizes innovation, and preserves the history of technology. With donor support, the IEEE Foundation strives to be a leader in transforming lives through the power of technology and education.

Awards

Accomplishments in IEEE technical fields are recognized with annual awards for outstanding contributions to technology, society, and the engineering profession.

IEEE Medals are the highest awards that IEEE presents on behalf of the IEEE Board of Directors. IEEE Medals embrace significant and broad IEEE interests and purposes. The highest honor is the IEEE Medal of Honor, which recognizes an individual for an exceptional contribution or extraordinary career in the IEEE fields of interest. Past recipients have included such visionaries as:

Read More

Guglielmo Marconi (1920, for radio telegraphy)

William Shockley (1980, for junction, analog, and junction field-effect transistors)

Andrew S. Grove (2000, for pioneering research in metal oxide semiconductor devices and technology)

Gordon E. Moore (2008, for pioneering technical roles in integrated-circuit processing, and leadership in the development of MOS memory, the microprocessor computer, and the semiconductor industry)

Mildred Dresselhaus (2015, for leadership and contributions across many fields of science and engineering)

Kees Schouhamer Immink (2017, for pioneering contributions to video, audio, and data recording technology, including compact disc, DVD, and Blu-ray)

Bradford W. Parkinson (2018, for fundamental contributions to and leadership in developing the design and driving the early applications of the Global Positioning System)

[viswatech]

IEEE

IEEE Quick Facts

 IEEE has:

Over 409,000 members in more     than 160 countries, more than 60 percent of whom are from outside the     United States

More than 125,000 Student     members

343 Sections in ten geographic     Regions worldwide

2,615 Chapters that unite local     members with similar technical interests

3,565 Student Branches at     colleges and universities in over 100 countries

3,182 Student Branch Chapters     of IEEE technical Societies

608 affinity groups; IEEE     affinity groups are non-technical sub-units of one or more Sections or a     Council. The affinity group patent entities are the IEEE-USA Consultants     Network, Young Professionals (YP), Women in Engineering (WIE), Life     Members (LM), and IEEE Entrepreneurship

 IEEE:

Has 39 technical Societies and     seven Technical Councils representing the wide range of     IEEE technical interests

Has more than 5 million     documents in the IEEE Xplore® digital     library, with more than 15 million downloads each month

Has an active portfolio of     1,076 standards and more than 900 projects under development

Publishes approximately 200     transactions, journals, and magazines

Sponsors more than 1,900     conferences and events in 96 countries while contributing over 3.6 million     total conference papers to IEEE Xplore since 1936, with     as many as 200,000 new papers added annually

Membership

Read More

There are over 409,000 IEEE members in over 160 countries, more than 60 percent of whom are from outside the United States. IEEE members are engineers, scientists, and allied professionals whose technical interests are rooted in electrical and computer sciences, engineering, and related disciplines. The highest grade of membership, IEEE Fellow, is attained through nomination by peers and approval by the IEEE Board of Directors for distinction in the profession.

Communities As the world's largest technical professional organization, IEEE offers a number of ways to get involved with technical and local communities. These communities are active participants in research and authorship, conferences, and important conversations about today's most relevant technical topics locally and globally.

With 39 technical Societies, ten geographic regions that host over 10,000 local meetings annually, several affinity and special interest groups, humanitarian opportunities, and virtual communities and private groups through IEEE Collabratec

, IEEE offers ample opportunity to network and grow professionally through communities. Conferences and events IEEE sponsors more than 1,900 annual conferences and events worldwide, curating cutting-edge content for all of the technical fields of interest within IEEE.   Publications

IEEE publishes nearly a third of the world’s technical literature in electrical engineering, computer science, and electronics. This includes approximately 200 transactions, journals, and magazines published annually. In cooperation with John Wiley and Sons, Inc., IEEE also produces technical books, monographs, guides, and textbooks.

Read More

IEEE journals are consistently among the most highly cited in electrical and electronics engineering, telecommunications, and other technical fields.

The IEEE Xplore Digital Library contains more than 5 million documents from IEEE and IEEE journals, transactions, magazines, letters, conference proceedings, and active IEEE standards.

Standards

IEEE is a leading developer of international standards that underpin many of today's telecommunications, information technology, and power-generation products and services.

Often the central source for standardization in a broad range of emerging technologies, the IEEE Standards Association has an active portfolio of nearly 1,076 standards and more than 984 projects under development. This includes the prominent IEEE 802 standards for local, metropolitan, and other area networks, including Ethernet and Wireless LAN (commonly referred to as Wi-Fi).

  Education

By awarding continuing education units and professional development hours, IEEE helps its members meet their continuing education requirements and develops products and services in support of these efforts.

IEEE follows strict guidelines for the development and delivery of continuing education materials, conforming to the highest industry practices for awarding continuing education units, professional development hours, and certificates of completion.

At the pre-college level, IEEE works with industry, universities, and government to raise students’ literacy in science, math, engineering, and technology.

  Humanitarian

As the philanthropic partner of IEEE, the IEEE Foundation translates the values of our members and donors into social impact and advances the IEEE mission across the globe.

The IEEE Foundation connects 200+ IEEE member-led initiatives with financing, expertise, and philanthropic guidance. Its goal is to put effort where philanthropy and technology intersect. The investment of time, talent, and treasure from generous donors supports IEEE programs that improve access to technology, enhance technological literacy, and support technical education and the IEEE professional community.

The IEEE Foundation, a tax-exempt 501(c)(3) organization in the United States:

Inspires donations to IEEE,     bringing visibility, focus, scale, impact, and relevance to the work of     IEEE through philanthropy

Manages donations for     IEEE, ensuring effective financial management and strong governance

Invests in programs of IEEE,     turning the donations into action and impact through IEEE programs

Read More

The IEEE Foundation serves as a steward of donations that improve the human condition. It empowers the next generation of engineers and scientists, educates and raises awareness, energizes and recognizes innovation, and preserves the history of technology. With donor support, the IEEE Foundation strives to be a leader in transforming lives through the power of technology and education.

  Awards

Accomplishments in IEEE technical fields are recognized with annual awards for outstanding contributions to technology, society, and the engineering profession.

IEEE Medals are the highest awards that IEEE presents on behalf of the IEEE Board of Directors. IEEE Medals embrace significant and broad IEEE interests and purposes. The highest honor is the IEEE Medal of Honor, which recognizes an individual for an exceptional contribution or extraordinary career in the IEEE fields of interest. Past recipients have included such visionaries as:

Guglielmo Marconi (1920, for     radio telegraphy)

William Shockley (1980, for     junction, analog, and junction field-effect transistors)

Andrew S. Grove (2000, for     pioneering research in metal oxide semiconductor devices and technology)

Gordon E. Moore (2008, for     pioneering technical roles in integrated-circuit processing, and     leadership in the development of MOS memory, the microprocessor computer,     and the semiconductor industry)

Mildred Dresselhaus (2015, for     leadership and contributions across many fields of science and     engineering)

Kees Schouhamer Immink (2017,     for pioneering contributions to video, audio, and data recording     technology, including compact disc, DVD, and Blu-ray)

Bradford W. Parkinson (2018,     for fundamental contributions to and leadership in developing the design     and driving the early applications of the Global Positioning System)

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300W LED Shoebox Parking Lot, Street Light

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[sycriptouk]

How To Pick BIG MOVERS 🚀 - The Importance of ADR & How To Use It.

What is ADR and ATR:

The ADR of a stock is calculated using the daily lows and daily highs over a certain period of time to give you an average “Average daily range” for that specific stock. This is usual set at either 10 or 20 days, I personally use the 20 day average for a more accurate representation. This is shown via a percentage basis.

The ATR is the same calculation except it’s shown on a dollar basis.

Below are two examples:

$SOFI – Sofi Technologies

ADR = 5.4%

ATR = $0.89

​

https://preview.redd.it/anppf1h0g6u71.png?width=2151&format=png&auto=webp&s=2810d45dbc2e23f1de4a8a71e6194ab65d5efeca

So in this example the average daily range, the difference between high and lows on $SOFI is 5.4% and/or 89 cents.

2. $AAPL – Apple Inc

ADR = 1.8%

ATR = $2.74

​

https://preview.redd.it/z22clw21g6u71.png?width=2151&format=png&auto=webp&s=a22b1e8a1bd62910b3adabe4241d1ab6c7da232c

So in this example the average daily range, the difference between high and lows on $AAPL is 1.8% and/or $2.74 cents.

Why is the ADR important?

As traders it’s our job to find stocks which have the potential to make strong moves over a relatively short period of time. To do this we need to focus on names which have the characteristics to make a strong move which can therefore represent a strong gain.

In examples 1 & 2 lets take a hypothetical scenario. Let’s assume both names are set up for a breakout and both names have received news of equal weight. our plan for the trade is to buy an opening drive move (buy an opening rip).

In both positions we purchase $10,000 worth of stock and risk the low of that opening drive.

Due to the news catalyst both stocks move 2x their normal range due to an increase in volume and attention (very common).

The results:

SOFI with an ADR of 5.4% therefore moves 10.8% leaving us with a gain of $1,080

AAPL with an ADR of 1.8% therefore moves 3.6% leaving us with a gain of $360

Both stocks made the same equivalent move (2 times their daily average) yet example 1 was always the better pick due to it’s potential to provide a far more significant gain. During a swing trade which you may be positioned in for days/weeks the name with the higher ADR is far more likely to provide you with a much better return. Meaning your investment/capital is put to work in a far stronger position.

However it’s not simply a case of the higher the better as fundamentals and technicals matter. Some stocks will have a high ADR because they are pumped and dumped on a regular basis. To showcase this let’s take a look at two names with similar ADRs.

$SI – Silvergate Corporation. This company has strong fundamentals with good growth and a healthy balance sheet. The daily chart is also clean with a strong daily formation building into all time highs. It has an ADR of 8%. It respects both the 200 and 10ma showing the ability to make large and clean moves.

​

https://preview.redd.it/el3lsgg2g6u71.png?width=2178&format=png&auto=webp&s=5f56c34ed87b56a9605828ff9b1468be6eccba0b

LM funding . This company has literally no revenue and no growth over the past two years. The daily chart also shows nothing but pump and dumps on a regular basis. This name has a 10.47% ADR.

​

https://preview.redd.it/4pj9xg73g6u71.png?width=2151&format=png&auto=webp&s=28c9496e9c2dfc502ae4bed33df45ca99a7a68c6

As you can see, the second example only has a high ADR from high aggressive pumps which are immediately sold into. The graph showcases the previous 2 years of movement. These are the exact names you want to avoid unless you’re a day trader with a short bias.

Avoiding Bad Plays:

One of the large misconceptions with beginner traders are that penny stocks provide a better chance of large percentage/monetary gains. More often that not this couldn’t be any further from the truth. For this example we’re going to compare two speculative names to keep things fair. Both names have almost no revenue and are therefore considered as speculative plays.

$NNDM – Nano Dimension. This was and is one of the most watched penny stocks across social media and amateur traders. With Cathie woods ark Invest taking a position last year and the hype around 3d Printing. Now I’m not here to discuss whether it’s a good company or not, we’re hear to talk trading.

​

https://preview.redd.it/nhumc9e4g6u71.png?width=2151&format=png&auto=webp&s=1edc9f7a851cdc57af2328d964cf5290d59bbaa6

Since early February 2021 this stock has been in a downtrend with any moves higher being aggressively sold into. The volume has decreased on a weekly and daily basis which tells us there’s very little attention on the name and therefore it’s very unlikely we’ll see any worthwhile movement soon. There is also currently no hype in or surrounding the sector. It’s current stock price is $5.60 and has an ADR of 4.47%

Lithium America. Another speculation name which has received quite a lot of attention across social media and amateur traders, however there’s a huge difference. Firstly the chart isn’t trending lower but the complete opposite as it attempts to break into all time highs. Secondly the volume is increasing which shows attention to the name is increasing and therefore a big move is likely (one has recently happened, we traded it). Thirdly there is a large amount of hype in the sector with similar names also being bought and gaining attention. The current price of this stock is $25.43 and the ADR on this stock is 6.73%

​

https://preview.redd.it/vtzmek86g6u71.png?width=2151&format=png&auto=webp&s=c6b24530c5cbc8aee62c5ddd56d64a8bf42aec5a

So in this example we have two speculative stocks both with little to no revenue. However the Penny stock NNDM has a downtrending chart, no hype, no volume and therefore almost no chance of breaking out.Lithium America on the other hand has a very strong chart, lots of volume, increase hype and therefore a great chance of breaking out.

It’s irrelevant if you have $500 to invest or $500,000 as Lithium America in this example on any given day will provide a larger move and better return than NNDM. Not to mention that the likelihood of the move happening on Lithium America is far greater due to the points outlined.

Using ADR to determine entry.

The ADR can also be used to avoid bad entries using the simple mathematics and change of probability. If you’re looking to get into a name which has had no news, no increase in volume and isn’t set to breakout then you’ll want to avoid entering if it’s already close to 1 ADR.

Based on averages and the law of probability it’s extremely likely that in that scenario you’ll be entering at the high of the day.

The opposite to this is a strong name that’s holding its trend is reaching 1 ADR to the downside. If all other factors look good then the law of probability states you’re likely buying at the low of the day.

On aggressive breakouts and large catalysts such as earnings we can use the ADR to determine where we take profits or when we may avoid a late entry.

It's not uncommon for large catalysts like a big earnings beat to provide 3-5 ADR's on the first day. You can therefore once again use the data to determine the probability of continuation and a good/bad entry.

In Summary:

We use ADR to filter out the names which have the potential to provide us with a significant move. However they must also have a clean technical chart with some form of growth and/or growth potential. The ADR is the key number to go by

Ideally you want to see a minimum of 3% ADR and ideally something within the 5-10% range.

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III.vi.7 Aventures de la lettre U livrée aux conjectures

Denny takes all the whimsy out of this admittedly odd title with “Confusion Over the Letter U”. 

Adventures of the Letter U Abandoned to Conjecture: Wilbour, FMA

Adventures of the Letter "U" Left To Conjectures: Wraxall

Adventures of the Letter U Delivered Over To Conjectures: Hapgood

Adventure of the Letter U Abandoned to Conjecture: Gray

Confusion Over the Letter U: Denny

Adventures of the Letter U Open to Conjecture: Rose

Fortunes of the Letter U When a Subject of Conjecture: Donougher