Question

An object with a mass of 7.5 kg accelerates 8.3 m/s2 when an unknown force is applied to it. What is the amount of the force?

Answer 1

$\huge\boxed{\boxed{\red{\bf{Question}}}}$

An object with a mass of 7.5 kg accelerates 8.3 m/s2 when an unknown force is applied to it. What is the amount of the force?

$\huge\boxed{\boxed{\red{\bf{Solution}}}}$

$\huge{\sf{Given:-}}$

• ${\red{\sf{Mass=7.5kg}}}$
• ${\red{\sf{Acceleration=8.3\frac{m}{s²}}}}$

$\huge{\sf{To~Find:-}}$

• ${\red{\sf{Force=?}}}$

★We know that :-

$\boxed{\boxed{\green{\sf{Force = Mass × Velocity}}}}$

$\red{\tt{➪Inserting~the~values;}}$

$\leadsto{\green{\sf{Force=7.5kg×8.3\frac{m}{s²}}}}$

$\leadsto{\green{\sf{Force=62.25kg\frac{m}{s²}}}}$

Required Answer :-

The amount of force applied is 62.25 kg m/s² or 62.25 Newton

Answer 2

Answer:

$Question</p><p></p><p>An object with a mass of 7.5 kg accelerates 8.3 m/s2 when an unknown force is applied to it. What is the amount of the force?</p><p></p><p>\huge\boxed{\boxed{\red{\bf{Solution}}}}Solution</p><p></p><p>\huge{\sf{Given:-}}Given:−</p><p></p><p>{\red{\sf{Mass=7.5kg}}}Mass=7.5kg</p><p></p><p>{\red{\sf{Acceleration=8.3\frac{m}{s²}}}}Acceleration=8.3s²m</p><p></p><p>\huge{\sf{To~Find:-}}To Find:−</p><p></p><p>{\red{\sf{Force=?}}}Force=?</p><p></p><p>★We know that :-</p><p></p><p>\boxed{\boxed{\green{\sf{Force = Mass × Velocity}}}}Force=Mass×Velocity</p><p></p><p>\red{\tt{➪Inserting~the~values;}}➪Inserting the values;</p><p></p><p>\leadsto{\green{\sf{Force=7.5kg×8.3\frac{m}{s²}}}}⇝Force=7.5kg×8.3s²m</p><p></p><p>\leadsto{\green{\sf{Force=62.25kg\frac{m}{s²}}}}⇝Force=62.25kgs²m</p><p></p><p>Required Answer :-</p><p></p><p>The amount of force applied is 62.25 kg m/s² or 62.25 Newton</p><p></p><p>$

I hope this will help you.

I hope you will understand me:)))

$\large\mathcal{\underline{\underline{PLEASE \: }}}\large\mathcal\red{\underline{\underline{F}}}\large\mathcal\green{\underline{\underline{OLL}}}\large\mathcal\pink{\underline{\underline{OW \: }}}\large\mathcal\blue{\underline{\underline{ME}}}$