SOLUTION: A stone thrown downward with an initial velocity of 34.3 m/sec travel a distance of s meters, where:
s(t)=4.9t + 34.3t
and t is in seconds. If a stone is thrown downward at 34.3
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-> SOLUTION: A stone thrown downward with an initial velocity of 34.3 m/sec travel a distance of s meters, where:
s(t)=4.9t + 34.3t
and t is in seconds. If a stone is thrown downward at 34.3
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Question 108751This question is from textbook
: A stone thrown downward with an initial velocity of 34.3 m/sec travel a distance of s meters, where:
s(t)=4.9t + 34.3t
and t is in seconds. If a stone is thrown downward at 34.3m/sec from a height of 294 m, how long will it take the stone to reach the ground?
I am putting 294 in for t and trying to solve it that way. Is this correct? If not please let know where I am going wrong. This question is from textbook
