Question

A mass of 2.5 kg is given an acceleration of 0.05m/s^2. the force is


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Answer 1

Answer:

0.05m/s^2

Explanation:

Given :

A mass 2.5 kg attain an acceleration of 0.05m/s^2

To Find :

Force = ?

Formula require :

F = ma

Here,

F is force applied,

m is the mass and,

a is the acceleration

Solution :

We know F = ma

Thus force applied :

$\sf{}Force=mass\times acceleration$

$\sf{}Force = 2.5 \times 0.05ms^2$

$\sf{}Force = 0.125N$

Therefore,0.125N is required for a object with mass 2.5kg and acceleration 0.05m/s^2

Answer 2

$\huge\sf { \dag Question }$

A mass of 2.5 kg is given an acceleration of 0.05m/s^2. The force applied is?

$\huge\sf { \dag Solution }$

${\underline {\underline {\rm {\red { Given }}}}}$

• $\sf\orange { m (Mass) = 2.5kg }$

• $\sf\orange { a (acceleration) = 0.05 m/{s}^{2} }$

${\underline {\underline {\rm {\red { To \: find- }}}}}$

• $\sf {F ( Force \: applied) }$

${\underline {\underline {\rm {\red</p><p> { Calculation- }}}}}$

We know that,

$\qquad \sf\red { F = ma }$

Where,

• F = force

• m = mass

• a = acceleration

Substituting values to find force applied -

$\qquad \sf\red { F = ma }$

$\qquad \sf\red { F = 2.5 \times 0.05 m/{s}^{2} }$

$\qquad \sf\red { F =0.125N }$

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$\huge\sf { \dag Additional \: Information }$

Force

• Force is the push or pull that tends to change the position of an object.

• SI unit of force is Newton ( N ).

• Formula , F = ma

• Force is vector quantity.

Mass

• Mass is the quantity of the matter obtained by the body.

• Mass is scalar quantity.

• SI unit of mass is Kilogram ( kg ).

Acceleration

• Acceleration is the rate of change of velocity per unit time.
• Formula , a = v-u/t.

Where,

v is final velocity

u is intial velocity

t is time

• SI unit of acceleration is m/s².

• Acceleration is vector quantity.

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