A 2.8 -kg block slides over the smooth, icy hill shown in Fig. 7.35 . The top of the hill is hor

Name: A 2.8 -kg block slides over the smooth, icy hill shown in Fig. 7.35 . The top of the hill is horizontal and 70 m higher than its base. What minimum speed must the block have at the base of the hill so that it will not fall into the pit on the far side of the hill?
Uploaded: 2023-03-15T17:39:44-08:00
Duration: 2 min 44 s
Channel: Kratika Bhadauria
Description: A 2.8 -kg block slides over the smooth, icy hill shown in Fig. 7.35 . The top of the hill is horizontal and 70 m higher than its base. What minimum speed must the block have at the base of the hill so that it will not fall into the pit on the far side of the hill?

Question

Penny Riley · Accepted Answer

1. First, we need to find the potential energy of the block at the top of the hill. The potentia

Question

A 2.8 -kg block slides over the smooth, icy hill shown in Fig. 7.35 . The top of the hill is horizontal and 70 $\mathrm{m}$ higher than its base. What minimum speed must the block have at the base of the hill so that it will not fall into the pit on the far side of the hill?

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