An object has a mass of 5 kg what force is needed to accelerate it at 6 m/s ?

Hello there! I'd like to thank you for taking the time to ask your question here at . I will be assisting you with answering this problem, and how to deal with it in the future on your own.

First, let's look at our problem;

"An object has a mass of 5 kg. What force is needed to accelerate it at 6 m/s^2?" (Units for acceleration must be squared)

To solve for this, we need to apply a formula. You may or may not have heard of "F = M • A", or "Force is equal to mass times acceleration".

We have our unit of mass, kg, and our acceleration, m/s^2. So, let's plug these into the "F= M • A" formula.
Replace "M" with 5 kg, and replace "A" with 6 m/s^2.

F = 5 • 6 is our formula/equation.
So, to simplify for the force, F, we must multiply 5 by 6.

5 • 6 = 30.

We are now left with:
F = 30

We are not done yet, though. We need to apply the proper unit of force to our solution.
Force is measured in "Newtons", or with the symbol "N".

We are left with our solution:
F = 30N.

I hope this helps you!

The anwser is: wave a has a greater pitch and frequency.