I got 54.8m/s as the velocity and before you said that the x and y time are not the same so should I use the y time to solve for the distance? Using the y time I get 157.4 as the ditance. Nvm got diff answer and got to go now, thanks for trying to help me though.
2) 3) 1.00g of U-238 fuel is consumed. Assuming 100% efficiency, what is the nuclear energy used in joules?
For this one would I use E=mc^2 and just fill it in with the data provided?
5) A rocket car uniformly accelerates at 15m/s2 and heads towards a cliff that is 75m high. At what distance...
I have a few questions that I'm not sure on how to do:
1) A 20kg mass is connected to a 8kg mass by a thin frictionless string on a pulley. It accelerates to 1.5m/s2 and the heavier mass slides along a rough surface. What is the coefficient of friction?
3) 1.00g of U-238 fuel is consumed...