#fARAD

[shanks]

faradize

[avakkins-alter]

#絵フブキ | .f

[bearspectacles]

do you believe in love at first sight, mr hume?

[ungrandvide]

Julian Farade

[toothbrushfingers]

The post you made over a year ago about forgetting the light fury's name isn't toothpaste lives rent free in my mind every time I see her. It's a plague that has never let me go

I went into the supermarket the other day and saw literal toothpaste and went "huh, like the dragon" and stood there buffering for a solid minute while I processed what I just said I can't anymore

THATS SO FUNNY

[loslabiosdetokio]

Susana/Sara

[k-wame]

babes! omg i want

[dandeeliion]

look at him he’s an aerobic instructor he wears leather jackets cuffs his jeans and drives a motorcycle!!!! he’s so dick grayson coded

[verycrownkitten]

¡Echa un vistazo a este tablero en Pinterest!

He pensado que este tablero de Pinterest podría gustarte... https://pin.it/4k0ztny2q

[reportscam01]

FARAD Investment Management review

FARAD Investment Management is suspected to be a scam. If you want to know more, read this FARAD Investment Management review.

[faradic-1]

Where to Buy Agriculture Drones in India?

Agriculture drones are revolutionizing farming practices in India, offering farmers advanced technology to enhance crop management, improve yields, and reduce labor costs. One reputable brand offering agriculture drones for sale in India is Faradic. In this article, we will explore where you can purchase Faradic agriculture drones in India.

Faradic Agriculture Drones:

Faradic is a well-established brand in the agriculture drone industry, known for its cutting-edge technology and innovative solutions. Their drones are designed to assist Indian farmers in various aspects of agriculture, from monitoring crop health to precision spraying and mapping. Faradic's commitment to quality and performance has made them a top choice for agriculture drone enthusiasts.

2. Authorized Dealers and Distributors:

To buy Faradic agriculture drones in India, start by contacting Faradic's authorized dealers and distributors. These professionals are trained to provide you with the right information and guidance on choosing the best drone model for your specific farming needs. You can find a list of authorized dealers on Faradic's official website.

3. Online Marketplaces:

Several online marketplaces and e-commerce platforms offer a convenient way to purchase Faradic agriculture drones. Websites like Amazon, Flipkart, and dedicated drone marketplaces often feature a variety of models from different brands, including Faradic. Shopping online provides access to a wide selection of options and competitive pricing.

4. Local Drone Retailers:

Many cities in India have local drone retailers and specialty stores that carry a range of agricultural drones, including Faradic products. Visiting these stores in person allows you to see the drones up close and seek advice from experts on the best fit for your agricultural needs.

5. Agricultural Trade Shows and Exhibitions:

Attending agricultural trade shows and exhibitions in India is another excellent way to explore the latest in agriculture drone technology, including Faradic drones. These events often feature product demonstrations and expert insights, making it easier for you to make an informed decision.

6. Faradic's Official Website:

Faradic's official website is a valuable resource for information about their agriculture drones and where to buy them. You can explore the product range, read customer reviews, and find details on authorized dealers and online marketplaces that offer Faradic drones for sale.

In conclusion, Faradic is a renowned brand offering high-quality agriculture drones in India. To purchase their drones, you can contact authorized dealers, explore online marketplaces, visit local drone retailers, or attend agricultural trade shows. Whichever method you choose, investing in a Faradic agriculture drone can help you optimize your farming practices and increase your agricultural productivity.

[faradbell]

A Brief Look at Oral Fibroma

Oral fibroma, fibrous hyperplasia, traumatic fibroma, or oral polyp is a painless swelling that grows in the mouth, especially on soft tissues like the gum, tongue, inner cheeks, and lips. The swelling of oral fibroma sometimes resembles that of cancer cells. However, unlike cancer cells, oral fibromas are benign. So what causes oral fibroma, and how can they be treated?

About one to two percent of adults contract oral fibroma, so it’s not a common oral condition. While the actual causes of oral fibroma seem a little ambiguous, dentists have identified certain risk factors. These risk factors range from poorly placed dentures, poor oral hygiene, trauma to the mouth, and hormonal factors.

Oral trauma or chronic irritation is one of the major causes of oral fibroma. Oral trauma might be a function of consistent lip or cheek biting. Sometimes oral trauma may occur when the tongue, inner cheeks, or lips rubs against a sharp tooth.

Poor oral hygiene is another key factor in oral fibroma. When you do not maintain oral sanitary conditions, you expose your mouth to all forms of bacteria that might infest and contaminate your mouth and increase the likelihood of oral inflammation.

Also, badly placed dentures or dental prostheses might increase your chances of oral fibroma. Badly placed dentures and dental prostheses often irritate oral tissues and might aggravate into oral fibroma.

While oral fibroma is a benign condition, it is important to take note of the signs and symptoms to seek dental help. In addition, it is important to note that the signs and symptoms of oral fibroma may vary depending on the location and size of the growth.

Oral fibroma does not cause any major symptoms. However, oral fibroma comes with certain physical signs. This condition appears in the form of single lesions, which are usually benign and firm bumps. In instances with more than one lesion, you might suffer from conditions like fibrotic papillary hyperplasia of the palate, Cowden syndrome, and tuberous sclerosis.

The lesions might take weeks or months to reach maturity, and they are usually about one centimeter (cm) in diameter upon maturity. While the lesion is usually the same color as the surrounding tissues, bleeding might cause the lesion to turn red or pink.

Further, lesions have rough surfaces and are usually attached to the surrounding tissue through a stem or stalk. Also, trauma might cause the surface of the oral fibroma to be ulcerated, scaly, and rough. Finally, it is important to note that oral fibroma does not degenerate into cancer.

Depending on their size and location, oral fibroma might impede speaking and chewing. Oral fibromas are majorly located inside the cheek between the upper and lower teeth. It also commonly appears in the gum, the lower lips, and the sides of the tongue.

Oral fibroma is primarily diagnosed clinically through physical evaluation. The growth and degeneration of the lesions can be stopped through a process known as biopsy. Biopsy primarily removes lesions and prevents them from getting contaminated.

Finally, you should note that oral fibroma does not heal except through treatment. So oral fibroma is treated primarily through surgical excision.

[bearspectacles]

pinning another man to a chalkboard... hope this doesnt awaken something in me

[oldguydoesstuff]

Bare CPU Printed Circuit Board for the Alpha NT XL366 workstation I designed back in 1995 or so. This was an obscure model of an obscure product line, made by a company (Digital Equipment Corp.) that is now itself obscure. To be honest I don't even remember much about this machine now.

What I do remember is the HUUUUGE fight I got into with our Signal Integrity team while I was designing this, over decoupling capacitors.

Decoupling caps are small components that hold a charge to help even out power when a circuit is active. This board featured hundreds of them, smaller than a grain of rice (see photo comparison of mounting pads vs rice grain below).

Our Signal Integrity team was tasked with making sure everything was electrically stable, so they required many hundreds of these to be added to the board, based on power simulations they did. Trouble was, they wanted so many, we couldn't even build the board.

My job as the Systems Engineer here was to meet the requirements from the SI team, but also from manufacturing, and the requirement that my PCB layout techs don't go insane trying to place and route the board. SI really only cared about signal quality, so they would not relent, and I ended up getting shouted at at one point by a junior SI engineer who was also under a lot of stress, when I said "There are different schools of thought on this.." and he screamed THERE ARE NOT DIFFERENT SCHOOLS OF THOUGHT ON THIS!!

It got to the point where the product was not going to get built, because we just couldn't fit like a thousand of these tiny caps on the board, we needed to ditch at least 25% of them to have a hope. The models were the models though, and you couldn't argue against them.

But then my boss got a genius idea. What if we could prove the simulation models were too conservative? We came up with an experiment where we would remove caps from an older system and measure the power supply noise, to see how many caps could be taken off before the system became unstable.

Me and the junior SI engineer were tasked with doing this experiment (later deemed The Decapitation Project), so we grabbed a Tektronix scope and Metcal soldering station and headed over to this abandoned lab we had in our old Maynard headquarters, a now creepy attic space on the 6th floor of an old mill building. Here were a few older Alphastation 3000 workstations we built years earlier, working but waiting to be recycled.

We had this special program that would thrash the CPU within an inch of its life, to put a big demand on the power supply system. While this was running, the SI engineer measured the power quality, while I proceeded to (very carefully to avoid short-circuiting the system) actually desolder caps from the board while the workstation was running.

We managed to get about 1/3 of them off before there was any noticeable effect, and we found one specific type of cap was not doing much of anything at all. We took the data back to the head of the SI team, and he finally relented and let us remove several hundred capacitors. (He also buried the report and data I had, because he didn't want the bad publicity - I remember being mad about that)

The system got built after that, and worked just fine. We did try to enact a small bit of petty revenge on the SI team manager though - there was a recognition event for people involved on the project, and me and our PCB procurement guy decided to give the SI team manager a special "Faraday Award" for achievement in capacitance (Farads are a measure of capacitance - geeky eng joke). We took an old bowling trophy with a giant, beer-can sized electrolytic capacitor strapped to the top of it as the award. He was a no-show so we didn't get to present it. Those SI guys never did have much of a sense of humor.

Anyway, long story sorry. Just thinking of it recently because I was helping someone at work with an analog simulation and I remembered this..

[the-golden-ghost]

@bogglebabbles Kity =^. . ^=

Her name is Faraday which is after a unit of electrical charge used in electrochemistry

Her owner, Win, isn't an electrochemist or anything, he just liked the name

She is a MASSIVE beast and weighs something like 20 pounds. Absolute Unit in more ways than one

She's a longhaired tuxedo cat with green eyes :)

Her favorite hobby is staring intensely into people's souls and freaking them out a little

She does not meow or make any kind of sounds at all. She has been known to purr but only on occasion

She is perfectly fearless and has been known to come face-to-face with Faith's giant dog, Nyra, without batting an eye

If she wants to be picked up and you don't do it in a timely manner she'll just claw her way up your leg

She can open doors. If you don't lock the door she's coming in

She's around 7 years old. My first thought was that she was given to Win by Max after Sam died, but I'm not 100% I'll do that since it seems slightly ooc for Max.

She's Win's "associate" and will deliver messages for him. He puts them in her collar and she brings them to people. She's good at this

Originally I was going to name her Tesla but the tesla (unit of electricity) most likely wasn't in use in 1926 due to Tesla, the Actual Guy being alive at the time. Not sure if you can get a measurement named for you if you're still alive. The other reason is of course because everyone would think she was named for a breed of car

Do you guys want to hear about my OC's cat

[materialsscienceandengineering]

SI Derived Units: Electric Charge and the Coulomb

The named SI derived unit of the coulomb is the unit of electric charge, which can be positive or negative. The coulomb was named for Charles-Augustin de Coulomb and officially recognized as a unit in 1881, after the ohm, farad, and volt had already been recognized.

Mathematically, the coulomb is represented by the capital letter C. In base SI units it is equivalent to 1 A s. The coulomb does not have many equivalent units in other unit systems, but 1 C equals approximately 3x10^9 statC or 6.2x10^18 e, where a statC is a statcoulomb (also known as the franklin or esu), used in CGS units, and e is the elementary charge.

Sources/Further Reading: (Wikipedia: Coulomb, Electric charge - image source) (Metric System) (Rochester Institute of Technology) (Tennessee Tech)