Question

A force of 30 N is applied to a body of mass 6 kg. Calculate the acceleration produced on a body.
In detail​

Answer 1

Solution :-

We know the Formula to find Force is F = m × a

Where F is Force, m is mass & a is acceleration.

In the above Question, we have Force and Mass, so we can easily get qcceleration, so let's solve it.

Given :-

• Force (F) → 30 N
• Mass (m) → 6 kg

To Find :-

• Acceleration (a)

Formula Used :-

• $\underline{\boxed{\pink{\sf Force (F) = Mass (m) \times Acceleration (a)}}}$

Subsituting Values

$\sf \implies 30 = 6\times a$

$\sf \implies 30 = 6a$

$\sf \implies 6a = 30$

$\sf \implies a = \cancel{ \dfrac{30}{6} }$

$\sf \implies a = 5$

Thus, the acceleration is 5 m/s²

Hence, Solved ♡

Answer 2

Answer:

From Newton's second law of motion,

F=m×a

Here, Force, F = 15 N and Mass, m = 2 kg

Therefore, 15=2×a

Hence, a=7.5m/s