#iron and steel consultants

[tsic-tata]

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[cosmicpuzzle]

Occupations Signified by each Planet 👩🏻‍💻💼💰💸

Sun: Politics, entertainers, military and army commanders, directors, Government officials, public servants, ministers, Prime Ministers, Presidents, Governors.

Moon: Nursing, babysitters, chefs, coast guard, navy, real estate agents, kindergarten teachers, import export, restaurants, clothing, grocery shop.

Mars: Dentist, surgeon, butcher, real estate builders, mechanical/civil engineers, cooks, bodyguards, army, military, airforce, chemists, mechanics, hair cutters, fabrication, marital arts, firefighters, masseuses.

Mercury: Accountants, bookkeepers, data analyst, all types of data work, teachers (especially school), consultants, writers, businessmen, traders, astrologers, speech therapist, language translators, bankers, media personnel, journalist, social media manager, mathematicians, computer operators, customer support, lawyers, coders, programmers, minister.

Jupiter: Lawyers, judge, priest, mentors, advisors, coach, sports coaches, teachers, professors (college level), financial consultants, legal counsel, travel agent, preachers, spiritual teachers, Gurus.

Venus: Artist, movie stars, celebrity, musicians, dancers, singers, jewelers, luxury car dealers, sweet shops, marriage counselor, interior designers, fashion designers, textiles, perfume dealers, air hostess, sex workers, makeup artist, brokers, painters, designers, holiday or vacation agents, ambassadors.

Saturn: Manual jobs, masonry, carpenter, iron or steel worker, geologist, servants, oil and gas worker, executioner, mortician, social service, gardener.

Rahu: Technology, programmers, scientist, nuclear management, toxic chemicals, anesthesia, visa agents, advertising, online jobs, online marketing, drug specialists, alcolol dealers, smartphone service.

Ketu: Astrologers, psychics, monks, nuns, medical workers, doctors, pin hole surgeons, charity, social service, mathematicians, clock and watch makers, black magicians.

For Readings DM

[elsewhereuniversity]

Once again, some engineering undergraduates have overestimated their own prowess and summoned something when they should have been finishing their homework. The engineering TAs would like to take this moment to remind all the engineering majors that it is not a part of our jobs to track down whatever you summon and that you will fail any and all assignments that summon anything. As per university policy, we cannot grade summonings.

As a precaution, until further notice, the maker’s space is now closed to all students. Access will only be allowed under the direct supervision of a TA (good luck finding us) or a professor (assuming you can find one outside of office hours). All senior theses must be hypothetical - any practical theses proposals have been retroactively rescinded. Laboratory research is expected to continue as usual.

Safety is everyone’s responsibility when working with the unknown! Your TAs have prepared some helpful reminders to reduce the chances this happens again.

Complete the mandatory Elsewhere Lab Safety Training! If you do not complete this by the end of the quarter, things will befall you! Don’t test our patience!

Never work alone in the lab! Not only is this bad practice for most experiments, but two are better than one when it comes to stopping unusual lab problems.

Carry your iron rod, salt packet, and water bottle at all times. Replacement rods are available at the academic advising office, salt packets can be taken from the dining halls, and water bottles can be found at the athletics department.

All projects must be made out of iron. For iron alloys and composites, consult a TA, professor, or postdoc to see if the iron percentage is higher than the threshold.

Follow university policy regarding safety best practices in the classroom and around campus.

Bioengineers: only use samples acquired directly from other labs. Neither Elsewhere University nor the Engineering Department can guarantee that samples arrive uncontaminated (remember the Great Homunculi disaster?).

Electrical engineers: the efficacy of copper against the Fair Folk is still yet to be determined. Do not listen to the upperclassmen who tell you that copper works just as well as iron. This has been suspected to be a way of hazing new students and violated the university hazing policies.

Chemical engineers: use the fume hoods. Accidents happen much less often when working in a well-ventilated area.

Civil engineers: your steel pins may contain too little iron to be useful. Do not rely on them in a pinch. Yes, they look cool, but it’s better to be safe than sorry. Your faculty advisors will be conducting iron checks to ensure you have enough iron on you at all times.

Mechanical engineers: how many times do we have to remind you that just because something could work doesn’t mean it’s a good idea to build it? Remember the machine that nonstop summoned things for weeks? And how hard that was to stop? Please don’t build that again, or anything like it.

And, as always, report accidents to the relevant safety authorities. The sooner the damage is evaluated, the sooner it can be contained and fixed.

On behalf of the entire department, we preemptively thank you for adjusting to this change in departmental policy.

Please understand that your midterm grades will be coming out late, as we are working hard to understand what was summoned and how: if anyone has information about it, please direct it to the Dean’s office.

- your engineering TAs

[cognitivejustice]

Over the past five years, renewable energy generation has grown at a compound annual rate of 23 per cent in the global south, versus 11 per cent in the world’s richest economies. RMI defines the global south as Africa, Latin America, south and south-east Asia, and excludes China and the major fossil fuel exporters in Eurasia and the Middle East.

Seventeen per cent of energy demand in the global south comes from countries where the solar and wind share of electricity generation is higher than that in the world’s richest economies. These countries include Mexico, Brazil and Morocco.

Importantly, these findings compare rates of growth, not total generation capacity installed. (This makes sense, since many developing countries started their energy transitions more recently, and are therefore starting from a lower base.) While the global south is not yet adding more renewable power than rich economies in absolute terms, RMI expects that trend to flip by the end of this decade, largely due to the drastic cost decline in renewable technology.

“Even with the lack of commitment from the global north, in terms of their funding for the global south, this technology is very much in the money,” RMI report co-author Vikram Singh told me. “It’s boom time in the global south” for green energy, he said.

It’s not only falling costs that are driving deployment. The global south could actually achieve a faster energy transition than richer economies, RMI argues, for a few reasons:

Richer countries went first: By installing solar and batteries when they were more expensive, more developed countries ate some costs and ironed out the kinks in deployment.

More sun: Many developing countries are closer to the equator, meaning more intense sunlight.

Less steel in the ground: Many emerging markets have less legacy fossil fuel infrastructure to deal with — and less of an entrenched fossil fuel lobby.

Finally, RMI thinks the global south has a geopolitical edge in the transition: developing countries are more open to sourcing the cheapest renewable technologies, which overwhelmingly come from China. By contrast, trade tensions could drive up the cost of the transition in the west.

[mesetacadre]

To an unbelieving world Stalin announced in early 1933 that the former backward peasant Russia had become the world’s second industrial country. The number of workers employed in industry had doubled from eleven to twenty-two million; the volume of industrial output had also doubled. An iron and steel industry of large proportions had been created. Tractors, automobiles, harvester combines, and every variety of modem machine was being produced. They were being produced inefficiently and with tremendous wastage, which caused loud groans from all the American engineer consultants.

“We wasted and broke machines,” admitted Stalin. “But we gained what is more important – time!”

In the same brief period some twenty million tiny, uneconomic subsistence farms were combined into 200,000 large farms (by 1940 it was 240,000) based on machine power, division of labor and scientific methods. At first they were even less efficiently run than the industries for they operated under locally elected management, chosen by the farmers who had pooled their lands. For two years farming was dislocated, not, as often claimed, by Moscow’s enforcement of collectivization but by the fact that local people, eager to be first at the promised tractors, organized collective farms three times as fast as the plan called for, setting up large scale farming without machines and even without book-keepers. In 1932-33 the whole land went hungry; all food everywhere was rigidly rationed. (It has been often called a famine which killed millions of people, but I visited the hungriest parts of the country and while I found wide-spread suffering, I did not find, either in individual villages or in the total Soviet census, evidence of the serious depopulation which famine implies.) The government met the emergency by drawing on the better trained personnel of industry and sent to the rural districts several thousand of the country’s best organizers – factory managers, army officers, agricultural experts – to help organize the farms. The result was at once apparent in the good harvest of 1933. After this, farming rapidly and permanently improved.

The Soviets Expected It (1941), Anna Louise Strong

[holmesillustrations]

Vote for your favourite, the top 9 will proceed in the bracket. Since theyre all different shapes and sizes, make sure to click into the full views!

Paget Eliminations // Other Artist Eliminations

Full captions and details for each illustration below the cut:

"The old woman faced round and looked keenly at him" Charles Doyle, Study in Scarlet (1888 Ward, Lock, & Co. Novel) Characters: ‘Mrs Sawyer’, Holmes, Watson

[Holmes entering Watson’s consulting-room] Harry C. Edwards, Final Problem (McClure’s) Characters: Holmes, Watson

"Miss Violet Smith, Teacher of Music." FD Steele, Solitary Cyclist (Collier’s) Characters: Violet Smith

Collier’s Cover FD Steele, Missing Three-quarter (Collier’s) Characters: Holmes, Pompey

"She fought her way out again." Arthur Twidle, Wisteria Lodge (The Strand) Characters: Warner, Murillo, Lopez, Signora Duranda

"The fellow gave a bellow of anger and sprang upon me like a tiger." Alec Ball, Lady Frances Carfax (The Strand) Characters: Hon. Phillip Green, Watson, Holmes

"Well, Holmes," I murmured, "Have you found out anything?" Frank Wiles, Valley of Fear (The Strand) Characters: Watson, Holmes

"He was gripped at the back of his neck by a grasp of iron, and a chloroformed sponge was held in front of his writhing face." Alfred Gilbert, His Last Bow (The Strand) Characters: Von Bork, Holmes

"A nick in the parapet, fifteen feet from the body, interested Holmes strangely." GP Nelson, Thor Bridge (Hearst’s International) Characters: Holmes

"Here you are!" he cried, waving a paper over his head." HK Elcock, Three Garridebs (The Strand) Characters: Evans, Nathan Garrideb, Holmes, Watson

"I extend the same warning to you... take your reputed talents to some other field." FD Steele, Blanched Soldier (Liberty) Characters: Holmes, Col. Emsworth, Ralph (Butler), James Dodd

"One night my cries brought Leonardo to the door of our van." FD Steele, Veiled Lodger (Liberty) Characters: Leonardo, Griggs (clown), Mr Ronder and Eugenia

[udhhyog2]

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[glacierruler]

Beginning Card and Page 1

Rules and Information

This game is NOT created by me, I am just playing a game I own with all of you! It's made by Prospero Hall based on the book by R. A. Montgomery

Content Warnings as of now for this game: Violence, weapons, injuries, death, monsters. This game might trigger those of you who deal with unreality.

Taglist: @greymillieattheball

Your Psychic Scale is at 1. Your Danger level is at 3.

You start with a bottle of water (Discard to reduce danger level by up to 3, minimum of 3 danger level) and a pocketknife (+1 to fighting)

Chapter One: The Grounds

It's a Tuesday morning in late June, and you wake up in a cold sweat. The nightmares came again last night. Even though you are an aspiring detective and psychic investigator, you haven't been able to make sense of the haunting dreams you've had these past few weeks. In your dreams you keep seeing the same spooky house. You're still shivering under the covers when you hear the phone ring downstairs in your basement, where you have your combination office and research laboratory. you dash down to the lab to answer it.

"I need... I need...," a weak voice says when you pick up the receiver. "I need your hel-l-l-lp." You hear a loud click and the line goes dead.

But you were prepared: while the caller was talking, you activated your high-speed telephone tracking device. It instantly displays the caller's number: 555-7259.

You call back the number right away, but there's no answer. After consulting the tall stack of reverse phone books behind your desk, you are disappointed to learn the number is unlisted.

You sense that the phone call is somehow related to your nightmares.

Later, while at the Hedge Brook Police Station to return a night scope you borrowed for a recent stakeout, you describe the mysterious phone call and your recurring dreams to your friend, Sergeant Morrison.

"That call does sound strange," he says. "We'll look into it."

"And about that house in your dreams," a voice says from the hallway. "I wonder if you're dreaming about the Marsden house out on Hedge Brook Road." Detective Murphy sticks his mustached face in the room.

"Modern house, ornate gate... That sounds like the Marsden place, all right," says Sergeant Morrison. "Strange things are reported to happen out there."

Detective Murphy takes a puff on his pipe. "That place is haunted," he says. "I know it sounds unprofessional, but I've had a file on the Marsden house for years, and I'm sure of it." He waves a folder in front of your eyes, and a phone number written on the front jumps out at you. It matches the one from your mysterious phone call.

So the call is related to your night-mares - your psychic sense was right!

Draw Clue 26: It reads: Chapter 1 Goal: Get Inside The Marsden House.

Back at home, you grab a bottle of water and a pocketknife, preparing for a new investigation. Half an hour later, you stand before the Marsden residence, which appears exactly as it did in your nightmares. The house's futuristic look is a strange contrast to the antiquated appearance of the stone wall and the wrought iron gate, which is locked shut and wrapped in steel chains.

Even though the air is balmy, a chill travels down your spine. The gathering clouds on the horizon hint at a brewing summer thunderstorm.

------------------------------------------------------------------------------

Do you search the wall for a way in?

Do you climb the gate to get in?

Vote for your choice in the kofi poll

[nixalegos]

What is Nixelagos' preferred spec as a warlock from an ooc in-game perspective, but also does he lean towards a certain spec ic?

Nixalegos is a destruction warlock. This isn't to say he's a slouch when it comes to demonology, his mastery of binding greater summons is commendable, his will hardened to steel, enforcing his commands with an iron grip. His invocation of curses and maledictions is as cutting and cruel as such vile works require, even going so far as to inflict such scathing 'remarks' on himself, just to keep his sadism wound as tight as a coil. His handle of necromancy is well established, even those who's work necessitates the cold embrace of the grave and the rotten have consulted him on such matters in the past, and likely into the future. His blood rituals have pivoted from the San'layn and Mogu practices from which his tutelage have started all those years ago. When it comes to the manipulation of his own vital fluid, he can only count a handful of beings who outstrip him. But when push comes to shove, when his back is to the wall, when oblivion is on the line, Lord Felscythe burns. The intoxication of immolation is as euphoric as the highest high. He has heard the song that is the word of creation sung backwards. He has laid his hands on the fibers of space and time, and gorily pulled at its supple sinew like slow roasted pork and eaten it raw, squirming, and still screaming. He thinks velocity is savory. Everything, even concepts like hope have melting points.

______________________________________________________________ I do actually play destro! And have been a destro lock since vanilla (abit, not on Nix) The playstyle suits me, and the class has never stopped calling me. Thanks for the ask @damien-ward!

[greatwyrmgold]

Before I start the next stage of base-building, I need to plan.

No base screenshots this time. Just diagrams and rambling and ratios. But this post forces me to get my thoughts in order and turns them into something I can consult later, and hopefully someone else will find these ideas useful.

This chart, courtesy of Kirk McDonald's Factorio Calculator, shows most of the steps and ratios needed to get about a hundred SPM. That's what a single rocket silo with three productivity modules mark 3 can achieve, so it's a decent benchmark to aim for. (Mining, smelting, oil-cracking, and wire-assembling are over to the left of this part of the graph. But they're less important.

The lines are a mess, but the numbers are clear, especially if I switch back to the list. This requires something like 18 yellow belts of iron and copper, which is absurd. If I switch to red belts, we get a slightly less absurd nine belts of each (plus 3.6 of green circuits, 1.9 of plastic, and basically everything else <1).

Most of the copper and about a third of the iron are in green circuits. Nearly half of the iron goes into steel. Remove that, and I only need 1.2 belts of iron and 3.7 of copper, about half of which goes into low-density structure.

None of this accounts for non-science production, of course (e.g. automating those assembling machine 3's). But even so, that's a lot less resources than I was anticipating. I considered leaving a spot for trains to add more resources to the bus, but it looks like that's basically unnecessary—especially if I ship in green circuits and steel from elsewhere.

I'm still gonna do it, though.

Next, a diagram I made myself.

At the top are things I intend to put on the main bus. Maybe not coal and batteries, and stone bricks are only required for three things (furnaces for purple science, walls for gray, and miscellaneous furnaces/oil refineries) so they'll fall off the bus quickly enough, but the important thing is that they're excluded from the rest of the diagram.

Automation, logistic, and military science are simple enough. Automation is just bus ingredients, while logistic and military science are basic things, half of which I want to mass-produce anyway. At this stage of the bus, I can also build some basic factory stuff, like mining drills and assemblers Mk 2 and more red belts.

This probably sounds weird, but I think it makes sense to put production science next. (Red chips need to go somewhere earlier, but that's fine.) Its three products are disconnected from things made elsewhere, and it lets me get stone bricks off the bus early. Actually, I might just set up that stone unloading station here, to feed rails to purple science and bricks to wall/electric furnace/miscellaneous factory stuff production.

And chemical science is directly linked to utility science, because both use engines. Ideally I'd like one line of engine assemblers that gets split 2:1 between blue science and electric engines, with a few engines of each type getting stashed for making flame turrets and rocket silos and stuff.

Anyways, the rest of chemical science is straightforward, and utility science isn't much harder. The tricky bit will be setting up a circuit system that lets me set how many logistics and construction bots I want in the robot network, which is something I'll definitely do just to the side of the bus.

And then space science. But that's quite a way off.

All that in mind, let's get some figures.

We'll need almost four red belts of green chips, most of which are going into red and blue chip production. This will take something like four belts of iron and six of copper. Yeah, I should just make green chips off-site.

Green chips aside, phase 1 science requires less than a belt of copper and iron, plus coal for the grenades and stone bricks for the walls.

Phase 2 science requires those bricks, a couple belts of iron, half a belt of copper, and plastic. Also advanced circuits.

Phase 3 science requires like half a belt of copper and iron, plus plastic and sulfur.

Phase 4 requires a full belt of iron, a belt and a half of copper, and a bunch of miscellaneous stuff like batteries and plastic and oil.

Phase 5 (Space) requires most of a belt of iron, almost two belts of copper, two belts of green chips, a belt of plastic, and a bunch of other random stuff.

To keep this nice and expandable, I'd say that four belts each of iron and copper with refill stops between phases should be good. Excessive for one rocket, but when I want to run five rocket silos for infinite research I'll thank me.

Likewise, three belts of green chips (which get replaced by red and blue down the bus) sounds good. A belt of steel, one of gears, one or two belts of plastic, maybe a battery belt.

While I'm here, I'll throw together some thoughts about where to produce various factory buildings.

Electric miners, pumpjacks, red belts, chemical plants, power poles, inserters, and assembler 2's can all go in phase 1.

Furnaces and oil refineries need to go with the other stone brick stuff, at the phase 1/2 boundary.

Substations, roboports, and logistics chests can go in phase 2, after the red chips.

Blue belts can go in phase 3, alongside electric engines. They both need lubricant. Getting the red belts to the blue belts to lubricate them is gonna be interesting. Is that a low-volume train job or a long-distance bot job? Or an awkward belt job? Or maybe Renai Transportation has some silly solution?

Not much new in phase 4.

Assembler 3's share speed modules 1 with RCUs, so it makes sense to build them together. Shipping assembler 2's from one end of the bus to the other is like the belt thing, but more.

Explosives need coal, which if it's not on the bus are only going to grenades. But they also need sulfur from blue science. Hm.

Nuclear reactor stuff and rocket silos are best handled in temporary production setups. Or maybe even handcrafted.

Oh yeah, labs need to go somewhere too.

[tsic-tata]

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[gabrielle-writes]

Monthly Lore 38: Bravien Diplomatic Relations part 3

The last two relations that can be highlighted are the Blood Prophets of the Haven Mountains, and by extension the Shadow of the Sun priestesses, in the extreme south of the Known World, and the community of Willowtide, to the east of Bravo, nestled between the starts of the Red Waterfall Desert and the Bravien Mountains.

Willowtide, while a strange, isolated and recluse village, known for its uncommon religious practices, is also known for the high-quality of an assortment of locally-produced items, like ceramics, paper, wooden objects, hair ornaments, and dandelion wine. Despite their distrust of outsiders, they trade these objects for others they need and aren't able to produce with traveling merchants. Mainly because of Willowtide's small size, the production is small and can reach exorbitant prices in any other place.

Bravo is no exception in their search for such items. Some decades after being instated, the City Council secured a trade agreement, where Bravo has preference and a better access and price to these items, in exchange for a lower price for things like food, textiles, tools, and processed iron and steel.

For centuries, this steady exchange was all there was between both; however, in recent years, the previous Leader of the community reached out towards Bravo in search of more permanent diplomatic relations. Sadly, they died before anything definitive was decided, and talks with their child, the one who took over, have been… Slow at best, even if all the previously established agreements are still being respected.

As for the Haven Mountains Blood Prophet community, ever since their advice to the establishment of the City Council, there has been a constant, permanent relation, expressed in trade of goods and knowledge and the delivery of gifts through the priestesses, and, when needed, consultation with the Blood Prophets.

However, there are no permanent agreements, no embassies and no extensive diplomatic relations in between the community and any other nation: the Blood Prophets understand that embassies and specific agreements between specific people would interfere in their ability to help and advise whoever comes to them, specially if there is some type of conflict between two or more people.

[distek-group]

What Can I Do To Protect Pipes From Corrosion On The Inside?

Internal pipe corrosion is a major issue for many oil and gas companies with a whopping estimated global cost of around $2.5 trillion. Pipelines carry natural resources such as oil, gas, chemicals, and petroleum to related companies and production plants from specified locations. Sadly, these intricate structures are highly prone to rust and corrosion over time.  

Luckily companies such as DISTEK specialize in resolving these issues through Corrosion resistance coating. We have nailed down some effective methods to keep your pipe in optimal condition and avoid future problems. 

Preventive Measures For Pipe Corrosion 

Corrosion is one of those problems that worsen over time if we don't fix it. If we ignore it it can pose serious problems for buildings and the environment. The good news is that there are different ways to prevent excessive corrosion in pipes. These methods help to avoid serious problems and keep them safe. 

Keeping A Close Eye On Pipeline Health 

The first step in preventing pipe corrosion is to conduct regular inspections. This allows you to identify any signs of corrosion at an early stage and take appropriate action. Inspect the visible sections of your pipes for any discoloration, flaking, or pitting. In addition to inspections, regular maintenance is crucial. Consider hiring a professional plumber to clean your pipes and remove any built-up deposits. This can help prolong the lifespan of your pipes and prevent corrosion.

Provide Protective Coating 

Another effective way to protect your pipes from corrosion is by applying a protective Corrosion resistance coating. Thermo-diffusion coatings are often used to create a barrier between the metal pipe and the water flowing through it. 

This coating can prevent contact between the metal and corrosive substances, thus reducing the risk of corrosion. Consult a professional plumber for the most suitable coating option and ensure it is applied correctly for maximum effectiveness.

Use Corrosion-Resistant Pipes

When replacing or installing new pipes, choose corrosion-resistant materials. Stainless steel, copper, and plastic pipes are ideal options since they are less prone to corrosion than typical iron or steel pipes. Keep in mind that using the proper pipe material can greatly reduce corrosion risk and extend the life of your plumbing system.

Protecting pipes from internal corrosion is essential for maintaining the integrity and functionality of your plumbing system. At DISTEK, we are dedicated to providing top-quality Corrosion resistance coating for steel products. 

Our Corrosion resistance coating can help you safeguard your pipes and ensure their longevity. Don't let corrosion wreak havoc on your plumbing system, choose us for reliable and effective pipe protection. 

Contact us today to learn more about our services.

[viratsteelspecial-blog]

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[theeeveetamer]

What do you think of Diamant architect? his family has a construction company (you know bc steel/metals blabla) then Diamant, who always spends his time between iron, construction plans, buildings, until Alfred teaches him the colorful world of flowers and to touch grass

Pffff

Alfred: “Touch grass (affectionate)”

I do really like this idea! I was actually thinking that I wanted them to have jobs that would sort of intersect/interact with each other?

So imagine Architect!Diamant being hired to design some building and using Arborist!Alfred as a consultant for the types of trees to put in the courtyard, or Diamant and Alfred being hired jointly to work on a park or something like that!

And then maybe Diamant can be a volunteer fire fighter on the side because I have Needs

This also fits with my hc (which may be part of a fic I’m working on 👀) that Diamant is incredibly utilitarian in terms of his personal decorative style. Like very minimalist, only buys what is absolutely necessary (maybe spends too much time working to really care how his house looks since he’s mainly just there for eating and sleeping during the week). Like seriously, he owns ONE pot and pan, ONE plate and bowl, ONE set of flatware, ONE chair, etc. and his bedroom is probably just a mattress sitting on the floor with an old cardboard box as a night stand.

Alfred takes one look and is all distressed Alfred noises about it. The most Diamant has in terms of plant life is probably one tiny cactus that he still somehow managed to kill. It’s Tragic™️

[blessed1neha]

Exalted Saturn in First House

If Saturn is exalted in the first house. Exalted Saturn is often benevolent in the first house of the horoscope in Libra, although it can occasionally become malefic. It may occur when a malefic planet or planets, as well as a malefic horoscope as a whole, have an effect on such an exalted Saturn. The book "Match Making and Manglik Dosh" explains the idea of a benefic planet becoming malefic as a result of the influences of malefic planets.

Depending on the native's overall horoscope and running times, exalted Saturn in the first house of a horoscope in Libra, when benefic, can bless the native with favourable outcomes relating to mother, education, wealth, properties, vehicles, love life, children, creativity, health, lifespan, profession, finances, reputation, authority, recognition, and fame, among other favourable outcomes.

A native may receive a variety of benefits from an exalted Saturn in relation to or via his mother, offspring, and/or longevity. Depending on his total horoscope and running times, such an exalted Saturn may grant the native good health and a long life, such as beyond 70, 80, or 90. Given mother, the native's mother may be wealthy, famous, a government official or a prominent politician. The native may profit much as a result of her wealth, power, and/or prestige. When it comes to children, such an exalted Saturn might grant the native offspring who may be better or much better than normal in terms of their physical, intellectual, emotional, artistic, and/or spiritual abilities. Such children may succeed greatly in many areas of their lives, bringing the local good name and several other positive outcomes.

Depending on the native's profession, an exalted Saturn can help him or her succeed as a researcher, analyst, lawyer, astrologer, religious guru, teacher, preacher, consultant, professional working in the real estate, iron, steel, automobile, IT, health, fitness, media, finance, education, coaching, movie, television, music, sports, travel, food, hotel, airline, telecom, internet industry, or some other field.

As an illustration, let's say Venus and benefic exalted Saturn are both in the first house of a horoscope in Libra. In the first house, Saturn creates Shasha Yoga. The eleventh house of Leo contains the benevolent Sun, benefic Mars, and benefic Mercury. Rahu, Ketu, and Jupiter are all positioned in the tenth house of Cancer, the fourth house of Capricorn, and the third house of Sagittarius, respectively. The native may open a hotel in this situation, and he might see positive outcomes.

The equation may improve if the benefic Moon is positioned in Gemini's ninth house. In this situation, the native may experience a substantial degree of success, wealth, and notoriety in the hotel sector. His company may continue to expand once he becomes 35 or 40. By the time he is 55 or 60, if the finer details and running times are favourable, he may have have a billion-dollar corporate empire. His company may develop into a hotel chain with locations throughout numerous cities in his nation.

A local with an exalted Saturn may be granted authority in the government as a judge, doctor, scientist, engineer, politician, or another form of professional, as well as in the police, army, air force, navy, revenue, administrative, or foreign services.

Such an exalted Saturn can aid the native's achievement in a creative sector, such as acting, singing, playing music, writing, dancing, playing sports, becoming an artist, architect, designer, developer, or any such job. As an illustration, let's say benefic exalted Saturn creates Shasha Yoga in the first house of a Libra horoscope. Beneficial Moon is positioned in Gemini's ninth house, benefic Mercury is in Sagittarius' third house with Jupiter, benign Sun is in Capricorn's fourth house with Venus, benefic exalted Rahu is in Virgo's twelfth house, and exalted Ketu is in Pisces' sixth house. In this scenario, the local can end up being a writer. He can produce works in a variety of genres, including fiction and nonfiction.

The equation could improve if benevolent Mars is positioned with Jupiter and Mercury in the third house of Sagittarius. The native in this situation could be extraordinarily talented and experience great success, wealth, renown, and reputation. He may publish a number of best-selling books, including some biographies of the most important figures in the world. He may become one of the most well-known authors of his time and earn several accolades, including the Nobel Prize, if the finer details and the passage of time favour him. His wealth might be in the millions.

On the other hand, depending on the native's overall horoscope and running times, malefic exalted Saturn in the first house of a horoscope in Libra can cause the native problems with his or her mother, education, wealth, properties, vehicles, love life, children, health, lifespan, profession, finances, reputation, authority, recognition, and a variety of other issues.

The first house is where Saturn is located and it governs the fourth and fifth houses. The native may have a variety of issues relating to or via his mother, children, and/or longevity if such an exalted Saturn is impacted by malefic planets and/or an overall malefic horoscope. Considering mother, the native may not get along with her, his parents may divorce, and he may live with his father; additionally, according to the native's overall horoscope and running times, his mother may have a chronic illness, be an alcoholic or drug addict, be a criminal, or pass away before the native turns 20. The native may lose one or more children via miscarriages that his wife experiences.When it comes to offspring, the native could miscarry one or more children, which his wife might see. He could see births take longer than expected, and he might have kids who are struggling in some manner emotionally or physically. He could have a divorce, lose his kids, or see them get involved in immoral or criminal activity, leading to reputational damage and a host of other issues.

The native may experience delays, financial losses, setbacks, failures, job loss, a poor reputation, and several other issues pertaining to or brought on by his line of work. As an illustration, let's say benevolent Saturn is exalted and situated in the first house of a horoscope in Libra with benevolent retrograde Jupiter and benevolent Ketu. Malefic Rahu is positioned in the exalted Sun-ruled seventh house of Aries, Mars is positioned in the exalted Venus-ruled sixth house of Pisces, and the Moon is positioned in the exalted twelfth house of Virgo. Grahan Yoga forms in the seventh house, whereas Guru Chandal Yoga forms in the first house. Even though he may be doing well in this situation, the native may experience financial losses and professional difficulties. He might not be a parent til the age of 36.

The equation may become more problematic if weak Mercury is positioned in the sixth house of Pisces with Venus and Mars. In this situation, the native may frequently go through spells of unemployment lasting more than three months even if he may make a good living. He can experience financial setbacks and a terrible reputation in his line of work. His mother could pass away before he becomes 25 or 20. He may settle down in his second or third marriage after seeing one or two unsuccessful unions. Before the birth of his first living kid, he could lose one or two children to miscarriages that his wife would see before having his first child at age 36.