<h3 /><h3>Answers :</h3><h3 />
F = m×a
60 N = 30 kg × a
30 × a = 60
a = 60/30
a = 2 m/s²
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<em>The acceleration of an object depends directly upon the net force acting upon the object, and inversely upon the mass of the object. </em>
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Explanation:
If the net force increases while the mass of the object remains the same, the amount of acceleration also increases.
However, when the mass of the object increases while the net force remains the same, the amount of acceleration decreases.
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Answer:
I assume that the force of 2N is applied along the direction of motion and was applied for the whole 1 meter, the formula of work is this; Work = force * distance * cosθ where θ is zero degrees. Plugging in the data to the formula;
Explanation:
Work = 2N * 1m * cos 0º.
Work = 2N * 1m * 1
Work = 2Nm
Work = 2 joules
Its 1.6 kg
Remember
E = 1/2mv^2 is the kinetic energy of the ball. The energy is given to you so you need to solve for mass. Rearranging the equation gives you 2E/v^2 = 1.6
Answer:
A fumbled ball may be recovered and advanced by either team
hope it helps
Answer: 1.millimeter 2.meter
Explanation:
a phones thickness can be measured with such a small measurement and a tree is not big enough for a megameter but not small enough for a millimeter so it'd be a meter
