A 80.0 kg runner is looking to jump off an icy cliff (us = 0.20, µx = 0.10). The runner starts accelerating from rest 2.50 m from the edge before jumping off horizontally. 8. What is the maximum acceleration the runner a. 2.50 m can have before his feet slip on the ground? Given that acceleration, does the runner land on the ledge or in the water below? Show using your b. calculations. 6.00 m 1.75 m Ledge
A 80.0 kg runner is looking to jump off an icy cliff (us = 0.20, µx = 0.10). The runner starts accelerating from rest 2.50 m from the edge before jumping off horizontally. 8. What is the maximum acceleration the runner a. 2.50 m can have before his feet slip on the ground? Given that acceleration, does the runner land on the ledge or in the water below? Show using your b. calculations. 6.00 m 1.75 m Ledge
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Transcribed Image Text:|A 80.0 kg runner is looking to jump off an icy cliff (us = 0.20, µg = 0.10). The runner starts
accelerating from rest 2.50 m from the edge before jumping off horizontally.
8.
What is the maximum acceleration the runner
а.
can have before his feet slip on the ground?
2.50 m
b.
|Given that acceleration, does the runner land
on the ledge or in the water below? Show using your
calculations.
6.00 m
1.75 m
Ledge
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