Rockets on a car's effect on velocity?

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AI Thread Summary
When a rocket is fired from a moving car, the change in velocity depends on the direction of the rocket's thrust. Firing the rocket at a 45-degree angle to the right generates a force that can influence the car's motion, but the overall effect on velocity is not straightforward. The discussion highlights confusion regarding the concept of recoil and how it relates to the car's movement. Understanding the forces involved, including the rocket's thrust and the car's initial momentum, is crucial for determining the net change in velocity. Ultimately, the impact of the rocket's firing on the car's velocity requires careful analysis of the forces at play.
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Homework Statement


a rocket is on a car. the car is going to the right. a rocket is fired at 45 degrees angle towards the right. what is the change in velocity (if it changes at all)


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The Attempt at a Solution


I was imagining like a gun firing, and therefore there would be recoil. so i said it decreases the velocity. but my friend says it doesn't change... i am confused
 
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So the car is moving to the right and the rocket fired such that a force is being felt to the left or to the right? Either way, why do you believe the velocity changes?

The Bob
 
i simply thought it like the firing of a gun, and the gun will recoil backwards. but i guess there's the pressure of the barrel to take into account. why DOESNT it change tho?
 
What effect does the rocket have on the car's velocity if it is firing upwards and to the right?
 
zell_D said:
why DOESNT it change tho?
I didn't say it didn't change. What we want to see is what you think the right answer is and why. Then we can see which part of the problem, specifically in explanation, is causing you problems.

The Bob
 
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