Question

A force of 25 Newtons acting on a body of mass 100 kg produces uniform velocity if the force is doubled then acceleration produced will be come

Answer 1

Given F= 25
m=100
F=ma
25=100*a
25/100= a
1/4= a
0.25=a



hope it will help you

Answer 2

Correct question:

A force of 25 Newtons acting on a body of mass 100 kg produces uniform acceleration if the force is doubled then the acceleration produced will become?

Answer:

The acceleration of the body if the force acting on the body is doubled is 1/2 m/s².

Explanation:

Given,

The force acting on the body is (F) = 25 N

The mass of the body is (m) = 100 Kg.

To find,

The acceleration of the body(a) if the force acting on the body is doubled.

Concept,

From Newton's 2nd law of motion, we know that

Force = mass × acceleration

⇒ F = m × a

Calculation,

If the force is doubled(F1), then

F1 = 2 × F

⇒ F1 = 2 × 25 N

⇒ F1 = 50 N.

Now applying Newton's 2nd law of motion,

F = ma

Here F = F1, m = m, a = a

⇒ F1 = ma

⇒ 50 = 100 × a

⇒ a = 1/2 m/s²

Therefore, the acceleration of the body if the force acting on the body is doubled is 1/2 m/s².

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