Answer: The resulting acceleration of the ball is 80m/s² .
Step-by-step explanation:
Formula for force : [tex]F= ma[/tex]
,where m = mass pf object and a = the resulting acceleration of object.
As per given , we have
The mass of ball : m= 0.5 kg
Force = 40 N
Let 'a' be the resulting acceleration of the ball.
Substitute all values in formula , we get
[tex]40=(0.5)a\\\\\Rightarrow\ a=\dfrac{40}{0.5}=80\ m/s^2[/tex]
Hence, the resulting acceleration of the ball is 80m/s² .
The acceleration of the ball is 80 Newton per kg.
Given that
A 0.5 kg ball is kicked with a force of 40 N.
We have to determine
What is the resulting acceleration of the ball?
According to the question
The acceleration of the ball is determined by the following formula;
[tex]\rm Acceleration = \dfrac{Force}{Mass}[/tex]
The mass of the ball is 0.5 kg.
The force applied to the ball is 40 N.
Therefore,
The acceleration of the ball is,
[tex]\rm Acceleration = \dfrac{Force}{Mass}\\ \\ \rm Acceleration = \dfrac{40}{0.5}\\ \\ \rm Acceleration = 80 \ Newton \ per \ kg[/tex]
Hence, The acceleration of the ball is 80 Newton per kg.
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