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OpenStudy (anonymous):
OpenStudy (anonymous):
@BrandonH4499 Can you handle this?
OpenStudy (anonymous):
hold on i will be right back
OpenStudy (anonymous):
K
OpenStudy (anonymous):
well just find out 2/5 of 10 for the first drop then subtract it from 10 to get the distance from the floor of the second drop. rebound is the distance of the prior drop. (if an object drops 50 ft and for the second drop its 30 ft, the rebound would be 30 ft because it jumps up 30 ft to start the second drop)
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OpenStudy (anonymous):
I'm sorry but I do not understand
OpenStudy (anonymous):
2/5 of 10. find that first
OpenStudy (anonymous):
0.0.4?
OpenStudy (anonymous):
its just 4. anyway, subtract that from 10 to get the rebound up to the second bounce. remember to keep track of the bounce height and rebound
OpenStudy (anonymous):
So it 6
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OpenStudy (anonymous):
thats where the second drop begins. at 6 ft. then you keep finding 2/5 or 40% while keeping track of the fall height and rebound
OpenStudy (anonymous):
22 124/125?
OpenStudy (anonymous):
yes!! that is eventually what you would get! good job!