Question

The acceleration of an object can be calculated by using the following formula, where is the acceleration of the object, is the force acting on the object, and is the mass of the object. If the applied force of the object is and the acceleration is , what is the mass of the object?

Answer 1

`\large \boxed{\displaystyle mass=(force)/(acceleration )}`

Step-by-step explanation:

The formula is given,

`force = mass * acceleration`

Solve for mass.

`\displaystyle mass=(force)/(acceleration )`

Answer 2

`mass=force/acceleration`

Step-by-step explanation:

This problem refers to the Newton's second law, and it describes how a body with mass can release its force while this changes its velocity over time. The formula that describes this relationship is:

`f=ma`

Where f stands for force (measured in N or Newtons)

m stands for mass (measured in Kg or Kilograms)

a stands for acceleration (
`m/s^(2)`)

So, in order to obtain the mass from this formula, we just need to isolate m.

The final result is:

`mass=force/acceleration`