Thanks Tide but i still dont understand the second half of the question

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Homework Help Overview

The discussion revolves around a physics problem related to the velocity of a car, specifically focusing on the second half of a question that involves energy and acceleration. Participants are attempting to clarify the problem context and the necessary equations to solve it.

Discussion Character

  • Exploratory, Assumption checking

Approaches and Questions Raised

  • The original poster expresses confusion about the second part of the question and seeks equations to assist in finding the car's velocity. Other participants question the clarity of the problem and the specific details needed to provide guidance.

Discussion Status

Some participants are actively searching for the original problem and discussing its components. There is an acknowledgment of the need for further clarification and potential equations, but no consensus or resolution has been reached yet.

Contextual Notes

There is a mention of missing information regarding the problem, as one participant notes that the original poster did not include the full question in the thread. This lack of context may hinder the discussion.

alonzo
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Thanks Tide but i still don't understand the second half of the question!

Hey Tide, thanks 4 helping me wif the first part but I am still stumped on the second part. Can u please give me some equations or a means of solving the question about the velocity of the car? Thanx!
 
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You started a new thread and didn't copy the problem here so I have no idea what you are asking. I searched for "Alonzo" and got "this is a tricky one" but that was answered by Arildno, not Tide.

Hopefully Tide will know what you are talking about!
 
Okay, I found it. (Alonzo is a "damsel"?)

? if all of that energy could be used to accelerate a 1000 kg car from rest, what would be the car's final speed?

The kinetic energy (1/2)m v2 would have to be equal to "all of that energy". Solve for v.
 
Thanks, Halls! I just found the problem she was referring too as well.
 

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