It take 350 because that's how much Oprah weighs!!
You can only get so much power out of a single cylinder engine. No single cylinder engine would be powerful enough to move a heavy car which typically weighs over 3.500 pounds. It takes multi cylinders to be able to produce the power necessary to move a heavy vehicle with passengers aboard.
about 50 pounds
20 foot-pounds equates to approximately 27.1nM
The "p" in "psi" is pounds. If you are asking what weight would produce a pressure of 560 pounds per square inch, then it depends on what area that weight is on. A 560 pound weight on an area of 1 square inch would produce a pressure of 560 psi A 1120 pound weight on an area of 2 square inches would also produce a pressure of 560 psi.
Write them with a denominator of 1, though I cannot think of a single reason why any sane person would want to.27 pounds = 27/1 pounds. So what?Write them with a denominator of 1, though I cannot think of a single reason why any sane person would want to.27 pounds = 27/1 pounds. So what?Write them with a denominator of 1, though I cannot think of a single reason why any sane person would want to.27 pounds = 27/1 pounds. So what?Write them with a denominator of 1, though I cannot think of a single reason why any sane person would want to.27 pounds = 27/1 pounds. So what?
(Short Version) RNA makes it possible for a single gene to produce hundreds/ thousands of RNA molecules. -Gina(:
Houses generally run on single phase power. It would not make sense to convert single phase to three phase to run a house. Please restate the question.
5,000 British Pounds in 1988 would have the purchasing power of nearly Nine Thousand British Pounds today.
The average cow weighs about 1,000 pounds and produces about 450 pounds of edible meat. By that estimate, it would take about 2,200 cows to produce 1 million pounds of product.
it isn't but it would be very expensive to get the power from the top to the bottom, plus it would have to cut down a lot of wild life to do it.
200 kilowatts is a small amount compared to the reactor's design output, but this would produce about 70 kilowatts of electric power
Using charts from the Office of National Statistics, to have the same purchasing power as 50 pounds in 1910 you would need about 3,800 pounds today.