Question

.What would be the force required to produce an acceleration of 15m/s2 on a body of mass 6kg? Show your working.​

Answer 1

Answer:

Given:

Mass (m) = 6 kg

Acceleration (a) = 5 m/s²

To Find:

What is the Force of body?

Formula Used:

\begin{gathered} \\ \bigstar{\underline{\boxed{\sf\green{Force = Mass \times Acceleration }}}} \\ \end{gathered}

★

Force=Mass×Acceleration

Solution:

After Substituting the Values;

\begin{gathered} \colon\implies{\sf{ Force = M \times a }} \\ \\ \colon\implies{\sf{ F = 6 \times 5 }} \\ \\ \colon\implies{\sf\red{ F = 30 \: kgm/s^2 }} \\ \end{gathered}

:⟹Force=M×a

:⟹F=6×5

:⟹F=30kgm/s

2

Hence,

The Force of a body is 30 kg.m/s² or Newton .

Remarks:

A = Acceleration

M = Mass

F = Force

SI Unit of Force is Newton

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Answer 2

Given:

Mass (m) = 6 kg

Acceleration (a) = 5 m/s²

To Find:

What is the Force of body?

Formula Used:

$\begin{gathered} \\ \bigstar{\underline{\boxed{\sf\green{Force = Mass \times Acceleration }}}} \\ \end{gathered} </p><p>★$

Force=Mass×Acceleration

Solution:

After Substituting the Values;

$\begin{gathered} \colon\implies{\sf{ Force = M \times a }} \\ \\ \colon\implies{\sf{ F = 6 \times 5 }} \\ \\ \colon\implies{\sf\red{ F = 30 \: kgm/s^2 }} \\ \end{gathered}$

:⟹Force=M×a

:⟹F=6×5

:⟹F=30kgm/s

2

Hence,

The Force of a body is 30 kg.m/s² or Newton .

Remarks:

A = Acceleration

M = Mass

F = Force

SI Unit of Force is Newton.