Box A has a mass of 35.0kg and Box B has a mass of 20.0kg. What is the tension on Box A if the acceleration of the system is -2.67m/s2 clockwise?
A. 250.N
B. 686N
C. 436N
D. 392N​

Box A has a mass of 350kg and Box B has a mass of 200kg What is the tension on Box A if the acceleration of the system is 267ms2 clockwise A 250N B 686N C 436N class=

Respuesta :

Answer:

B. 686N

Explanation:

well do not write this because of I made a big mistake in my calculations

The tension on Box A if the acceleration of the system is provided clockwise is 686N.

What is tension?

The tension is the force of pulling in the linear objects.

Given is the system of two masses hung over a pulley with a string. Mass of block A, M(A) =35kg, M(B) = 20kg and the acceleration clockwise a =-2.67 m/s²

The tension in the string of each block = T =m(g-a)

Substitute the values, we get

T = 35 x (9.81-(-2.67)) +20(9.81 +2.67)

T =436.8 N + 249.6

T = 686.4 N


Thus, the tension in the the block A will be approximately 686N.

Learn more about tension.

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