QuestionMay 14, 2025

Scientists launch a rocket and they monitor its acceleration and the force exerted by its engines As the rocket gets higher, the monitors show that the acceleration of the rocket is increasing but the force exerted stays the same. How do Newton's laws explain why the scientists could expect this to happen? The total force stays the same, but the action force is increasing as the reaction decreases. The mass of the rocket decreases as fuel is burned, so the acceleration increases. The inertia of the rocket increases, which reduces the force needed to change its speed. The reaction force is increasing as fuel is burned, which causes a greater acceleration.

Scientists launch a rocket and they monitor its acceleration and the force exerted by its engines As the rocket gets higher, the monitors show that the acceleration of the rocket is increasing but the force exerted stays the same. How do Newton's laws explain why the scientists could expect this to happen? The total force stays the same, but the action force is increasing as the reaction decreases. The mass of the rocket decreases as fuel is burned, so the acceleration increases. The inertia of the rocket increases, which reduces the force needed to change its speed. The reaction force is increasing as fuel is burned, which causes a greater acceleration.
Scientists launch a rocket and they monitor its acceleration and the force exerted by its engines As the rocket gets
higher, the monitors show that the acceleration of the rocket is increasing but the force exerted stays the same. How
do Newton's laws explain why the scientists could expect this to happen?
The total force stays the same, but the action force is increasing as the reaction decreases.
The mass of the rocket decreases as fuel is burned, so the acceleration increases.
The inertia of the rocket increases, which reduces the force needed to change its speed.
The reaction force is increasing as fuel is burned, which causes a greater acceleration.

Solution
4.4(248 votes)

Answer

The mass of the rocket decreases as fuel is burned, so the acceleration increases. Explanation 1. Identify Newton's Law According to **Newton's Second Law**, F = ma, where F is the force, m is the mass, and a is the acceleration. 2. Analyze the Situation The force exerted by the engines remains constant. As fuel burns, the rocket's mass decreases. 3. Apply the Formula With a constant force and decreasing mass, the acceleration must increase to satisfy F = ma.

Explanation

1. Identify Newton's Law<br /> According to **Newton's Second Law**, $F = ma$, where $F$ is the force, $m$ is the mass, and $a$ is the acceleration.<br /><br />2. Analyze the Situation<br /> The force exerted by the engines remains constant. As fuel burns, the rocket's mass decreases.<br /><br />3. Apply the Formula<br /> With a constant force and decreasing mass, the acceleration must increase to satisfy $F = ma$.
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