In 2005 apples were roughly $1.80 per pound. Apples had went up considerable in price. Considering there was a time you could purchase a ton of apples for a little more than that price.
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The only way the bag of apples can have zero acceleration is that the sum of forces on it is zero. The 20-N downward gravitational force on it must be exactly canceled by some upward force of 20-N. That's the tension in the rope.
1 N is approximately .2248 pounds. 1 m is approximately 39.4 in. 1 N-m is approximately .2248 * 39.4 = 8.85 lb-in.
1 pound (lb) = 16 ounces (oz) Therefore n lb = n x 16 oz where n is the number of pounds. So if n = 5 pounds, that would be 5 x 16 oz or 80 oz
Oh, dude, a product of m and n is just the result of multiplying those two numbers together. It's like when you have m apples and n oranges, and you're too lazy to count them individually, so you just smash them together and get the total. So yeah, the product of m and n is just m times n. Easy peasy, lemon squeezy.
Dimensionally speaking multiplication corresponds to integration, and differentiation corresponds to division How does multiplication correspond to integration? i mean how come foot-pound & pound-foot is defined from the definition & meaning of multiplication then as what is the difference between foot-pound & pound-foot too from the definition of units? Aside from the fact that if differentiation corresponds to division, its inverse must correspond to the inverse of division, consider it this way. An integral from a to b is the area under the curve - which is the limit as you take many rectangles with a width (b-a)/n, and n is the number of rectangles, and a height f(x). The area of a given rectangle is f(x_o)*(b-a)/n, which is multiplication. The integral is the sum of many of these rectangles, and therefore also has units the same as the quantities multiplied.