Bronco skydives and parachutes from a stationary helicopter. Various stages of fall are shown in positions a through f as illustrated below. Using Newton's 2nd law, a = F(net)/m = W - R , where a is acceleration, W is weight and R is air Resistance. Find Bronco's acceleration at each positions athrough f (Type in on Google form answers a-f, show supporting calculations on your notes). Bronco's mass is 100 kg so his weight W is a constant 1000 N. Air resistance R varies with speed and cross-sectional area as show.
Bronco skydives and parachutes from a stationary helicopter. Various stages of fall are shown in positions a through f as illustrated below. Using Newton's 2nd law, a = F(net)/m = W - R , where a is acceleration, W is weight and R is air Resistance. Find Bronco's acceleration at each positions athrough f (Type in on Google form answers a-f, show supporting calculations on your notes). Bronco's mass is 100 kg so his weight W is a constant 1000 N. Air resistance R varies with speed and cross-sectional area as show.
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter29: Direct Current (dc) Circuits
Section: Chapter Questions
Problem 82PQ
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Bronco skydives and parachutes from a stationary helicopter. Various stages of fall are shown in positions a through f as illustrated below. Using Newton's 2nd law, a = F(net)/m = W - R , where a is acceleration, W is weight and R is air Resistance. Find Bronco's acceleration at each positions athrough f (Type in on Google form answers a-f, show supporting calculations on your notes). Bronco's mass is 100 kg so his weight W is a constant 1000 N. Air resistance R varies with speed and cross-sectional area as show.
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