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.
sales - profit = cost (cist include fixed n variable) then frm dis formula we can easilly find cost of d product
The average price of a watermelon would be 39-69cents
i have n apples you have k apples. if you lose one and i gain one you have half of what i have. n - 1 = (k + 1)/2 if i give you one, we will be even n + 1 = k - 1. this implies n = k - 2. plug this into the first equation (k-2) - 1 = (k + 1)/2 k -3 = k/2 +1/2 k/2 = 7/2 k = 7 and plug back into the second equation n+1= 7 - 1 n = 7 - 2 n = 5 you have 5 apples and I have 7 apples.
2 cups in a pound
Oh, dude, 7m times n is just 7m times n. It's like when you have seven apples and you multiply them by the number of apples you have... you just get 7 times the number of apples. So, yeah, 7m times n equals 7mn. Easy peasy, lemon squeezy.
they eat apples n carrots
cooking apple n apple i think
8.9
20 N
20 N
The tension in the rope would be equal to the weight of the apples, which is 20 N, at rest. This is because the rope has to support the weight of the bag of apples without any other external forces acting on it.
There are approximately 2 cups of fruit in a pound. This can vary slightly depending on the type of fruit and how it is cut or sliced.
The tension in the rope would be equal to the weight of the bag of apples, which is 20 N. This is because the rope must exert an upward force equal to the weight of the bag to keep it at rest.