Question

what is the acceleration produced in a body of mass 1kg, when a force of 2 n applied on it?

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Answer 1

Given :

• Mass = 1 kg
• Force = 2 N

To Find :

• Acceleration = ?

$\\ \qquad{\rule{200pt}{2pt}}$

SolutioN :

$\dag$ Formula Used :

$\qquad \; {\purple{\bigstar \; \; {\pink{\underbrace{\underline{\green{\sf{ Force = Mass \times Acceleration }}}}}}}}$

$\dag$ Calculating the Acceleration :

${\twoheadrightarrow{\qquad{\sf{ Force = Mass \times Acceleration }}}} \\ \\ \\ \\ \ {\twoheadrightarrow{\qquad{\sf{ 2 = 1 \times Acceleration }}}} \\ \\ \\ \\ \ {\twoheadrightarrow{\qquad{\sf{ \dfrac{2}{1} = Acceleration }}}} \\ \\ \\ \\ \ {\twoheadrightarrow{\qquad{\sf{ \cancel\dfrac{2}{1} = Acceleration }}}} \\ \\ \\ \\ \ {\twoheadrightarrow \; {\pmb{\underline{\boxed{\red{\frak{ Acceleration = 2 \; m/s }}}}}}}$

$\therefore \;$ It will produce an acceleration of 2 m/s .

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Answer 2

Answer:

Question:-

What is the acceleration produced in a body of mass 1kg, when a force of 2 n applied on it?

Given:-

Mass=1 kg

Force=2n

To find:-

The acceleration produced

$\huge\mathcal\pink{Solution:-}$

Here it is given that

Mass=1kg

Force=2n

Force=Mass×Acceleration

On substituting the given values we get,

2=1×Acceleration

$\mapsto \: \frac{2}{1} = acceleration$

$\mapsto \: 2 = acceleration$

Therefore the acceleration of 2m/s is produced

$\small\mathfrak\red{Formula \: used}$

Force=Mass×Acceleration

Explanation:

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