- #1
pluke100
- 11
- 0
Hi guys, got a question and been trying to solve it for 2 days.
the question is:
In the absence of air resistance with what angle to a horizontal ground must an object be thrown from ground level so that it ravels a distance before landing equal to twice the maximum height ?
I know that I've got to work with simaltaneius equations, tried all the linear equations but can't get to an answer. Any one can show me the steps to arrive to the answer pls ?
Thank you in advance
the question is:
In the absence of air resistance with what angle to a horizontal ground must an object be thrown from ground level so that it ravels a distance before landing equal to twice the maximum height ?
I know that I've got to work with simaltaneius equations, tried all the linear equations but can't get to an answer. Any one can show me the steps to arrive to the answer pls ?
Thank you in advance