3. Skydivers A and B are in a helicopter at 6400 ft above ground. Skydiver A jumps and descends for 4 seconds before opening her parachute. The helicopter then climbs to 7000 ft and hovers there. Forty-five seconds after A leaves the aircraft, B jumps and descends for 13 seconds before opening his parachute. Both skydivers descend at 16 ft/sec with the parachutes open. Assume that the skydivers fall freely (i.e. there is no effective air resistance) before their parachute opens.
3. Skydivers A and B are in a helicopter at 6400 ft above ground. Skydiver A jumps and descends for 4 seconds before opening her parachute. The helicopter then climbs to 7000 ft and hovers there. Forty-five seconds after A leaves the aircraft, B jumps and descends for 13 seconds before opening his parachute. Both skydivers descend at 16 ft/sec with the parachutes open. Assume that the skydivers fall freely (i.e. there is no effective air resistance) before their parachute opens.
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter2: Equations And Inequalities
Section2.7: More On Inequalities
Problem 44E
Related questions
Question
a. At what altitude (height) does A’s parachute open?
b. At what altitude (height) does B’s parachute open?
c. Which skydiver lands on the ground first?
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