Question

what is the force used to move an object with a mass of .25kg and acceleration 6.0m/s^2

Answer 1

Explanation:

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[math]F = m \times a[/math]

Given data:

Mass, [math]m = 5[/math] [math]kg[/math]

Acceleration, [math]a = 6[/math] [math]m/s^2[/math]

Therefore,

[math]F = 5 \times 6[/math]

[math]F = 30[/math] N

Hence, [math]30[/math] [math]N[/math] of force is required to accelerate the object of [math]5[/math] [math]Kg[/math] to [math]6[/math] [math]m/s^2[/math]

Answer 2

Answer:

1.5 N

Explanation:

Given that an object if mass 0.25 kg having acceleration 6.0 m/s². We need to find out the force that is used to move an object.

Let's say the force of "x" N is applied on object.

We know that,

Force is defined as the product of mass and acceleration.

Where given-

• mass is 0.25 kg
• acceleration is 6.0 m/s²

Now,

Force = mass × acceleration

Substitute the values,

→ x = 0.25 × 6.0

→ x = 1.5

Force = x = 1.5 N

Therefore, the force of 1.5 N is used to move an object.