B Oberth effect on a slope - experiment idea

AI Thread Summary
The discussion centers on the feasibility of conducting an experiment to observe the Oberth effect on a slope. Participants suggest using toy cars or balls to measure the time taken to travel the same distance under different conditions, with a focus on achieving greater velocity. The idea involves rolling two objects down a track, where one starts slightly faster to collide at the lowest point, illustrating the principles of the Oberth effect. There is also a request for clarification on the text in an accompanying image to aid understanding. Overall, the experiment aims to explore the dynamics of the Oberth effect in a practical setting.
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experiment for Oberth effect on a slope
I'm just curious if something like the Oberth effect on a slope is doable as an experiment. I have a picture of my idea of what to do just looking for some opinions.
IMG_20211208_203323.jpg
 
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Welcome to PF. :smile:

What do the words at the bottom of the picture (in the dark shadow) say? Can you type them into the forum to make it easier to read? Thanks.
 
-Using car toy with trusther
-measuring the time needed for traveling the same distance in 2 conditions
- shorter time=grater velocity
 
Roll two cars (or perhaps balls) down the track, with the rear one starting slightly faster, so they collide at the lowest point.
(This is the Hills mechanism, but, same principle.)
 
Keith_McClary said:
Roll two cars (or perhaps balls) down the track, with the rear one starting slightly faster, so they collide at the lowest point.
(This is the Hills mechanism, but, same principle.)
Thank you for your help
 
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