Question

A force of10n acts on a body of mass 10 gm . the acceleration produced will be

Answer 1

Given:-

• Force ,F = 10 N

• Mass of body ,m = 10 gm

To Find:-

• Acceleration ,a

Solution:-

Firstly we convert the unit here

1kg = 1000gm

10gm = 10/1000kg = 0.01 kg

As we know that acceleration is defined as the product of mass and acceleration.

• F = m×a

Substitute the value we get

→ 10 = 0.01 ×a

→ a = 10/0.01

→ a = 10×100/1

→ a = 1000m/s²

Therefore, the acceleration is 1000m/s².

Additional Information!!

• The rate of change of velocity at per unit time is called acceleration .

• SI unit of acceleration is m/s²

• It is vector Quantity ( both magnitude and direction)

Answer 2

Given:

◕ Force, F = 10N

◕ Mass, m = 10g

Find:

◕ What is the Acceleration, a

Solution:

we, know that

$\underline{\boxed{\pink{\sf F = ma}}}$

where,

• F = 10N
• m = 10g

=> 1kg = 1000g

=> 10g = $\bold{\dfrac{10}{1000}}$

=> $\bold{\dfrac{1}{100}}$

So,

$\to\orange{\sf F = ma}$

$\implies\orange{\sf 10 = m \times \dfrac{1}{100} }$

$\implies\orange{\sf 10 \times \dfrac{100}{1} = m}$

$\implies\orange{\sf 10 \times 100= m}$

$\implies\orange{\sf 1000 {m/s }^{2} = m}$

$\implies\orange{\sf m = 1000 {m/s }^{2}}$

$\purple{\underline{\footnotesize{\therefore \sf m = 1000 {m/s }^{2} }}}$