- #1
kevin112996
- 1
- 0
Hello everyone,
This is my first post so I am sorry if this is in the wrong section. I am currently in a rush to finish my homework. I have tried working on it for several hours but I still cannot figure it out.
I am mainly trying to figure out how long the object will be in the air.
A stone is thrown upward at a speed of 30m/s off the edge of a 40m tall tower.
1. How can I find the velocity of the stone versus time. The time is suppose to start at 0 and go up increments of 0.3 sec from when the stone is thrown to the time the stone hits the ground.
Here are the equations I used: Final Velocity = Initial Velocity + Acceleration x Time
Distance = Initial Velocity x Time + 0.5 x Acceleration x Time^2
Final Velocity^2 = Initial Velocity^2 + 2 x Acceleration x Distance
I will have to graph this but I need to know how to find all the data first. Thank you for your help.
This is my first post so I am sorry if this is in the wrong section. I am currently in a rush to finish my homework. I have tried working on it for several hours but I still cannot figure it out.
I am mainly trying to figure out how long the object will be in the air.
A stone is thrown upward at a speed of 30m/s off the edge of a 40m tall tower.
1. How can I find the velocity of the stone versus time. The time is suppose to start at 0 and go up increments of 0.3 sec from when the stone is thrown to the time the stone hits the ground.
Here are the equations I used: Final Velocity = Initial Velocity + Acceleration x Time
Distance = Initial Velocity x Time + 0.5 x Acceleration x Time^2
Final Velocity^2 = Initial Velocity^2 + 2 x Acceleration x Distance
I will have to graph this but I need to know how to find all the data first. Thank you for your help.