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F = m A = (2) (40) = 80 newtons

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โˆ™ 2010-05-10 01:27:21
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A polynomial of degree zero is a constant term

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Q: Mass of 2 kg accelerating at 40 m per second squared what is the force?
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Related questions

What is the mass of an object that is accelerating at 15ms when a force of 3000N is exerted?

45000 m/ s squared


What is the mass if the force is 10N and the acceleration is 2m second squared?

The mass is 5kg


How many acceleration will result when 450 N of force acts on a 30-kg object?

F = ma Force (in Newtons) equals mass (in kilograms) times acceleration (in meters per second squared) In this case, 450 = 30a, so the accelerating is 15 meters per second squared


In what units are force and mass and acceleration measured?

Force in Newtons, mass in kilograms and acceleration in meters per second squared.


What is the acceleration of a snowmobile that has a force of N and a mass of kg?

Using Newton's Second Law, you need to divide the force by the mass. If the force is in newton and the mass in kg, the acceleration will be in meters per second squared.


What is the acceleration of a mass of 50kg with a force of 10N?

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Force mass multiplied by acceleration .....how much force is needed to accelerate a 1000-kg car at a rate of 3 meters per second squared?

Well force=mass x acceleration. Force in Newtons (N) Mass in kg Acceleration in metres per second squared. force = 3000N 3,500 N


How can a force affect an object?

Force affects an object by accelerating it. Newton's Second Law of Motion states that force = mass times acceleration. Solving for acceleration, you get acceleration = force divided by mass.


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Force = mass x acceleration. Mass must be in kilograms and acceleration must be in meters per second squared.


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What is the mass of an object that is accelerating at 15 when a force of 3000 N is exerted?

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What happens to the accelerating force as mass decreases?

Hold on there. Mass doesn't control the force. Force controls the acceleration. As the mass of an object decreases, less force is required to produce the same acceleration. If the accelerating force is gravitational, that force will decrease. If it is not, then the force will not decrease.

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