A skydiver jumps from an airplane where the resistance he encountered is proportional to its velocity and his limiting velocity is equal to 10 ft/sec. After 20 minutes, he opens his parachute, and at that moment the resistance increases thrice to its original velocity. If he landed after 35 minutes, what is the altitude of the skydiver at the moment he opens his parachute? (Assuming its second limiting velocity is 4 ft/sec) 3500 ft O 3600.75 ft O 11996.89 ft 1200 ft
A skydiver jumps from an airplane where the resistance he encountered is proportional to its velocity and his limiting velocity is equal to 10 ft/sec. After 20 minutes, he opens his parachute, and at that moment the resistance increases thrice to its original velocity. If he landed after 35 minutes, what is the altitude of the skydiver at the moment he opens his parachute? (Assuming its second limiting velocity is 4 ft/sec) 3500 ft O 3600.75 ft O 11996.89 ft 1200 ft
Related questions
Question
Transcribed Image Text:A skydiver jumps from an airplane where the resistance he encountered is
proportional to its velocity and his limiting velocity is equal to 10 ft/sec. After 20
minutes, he opens his parachute, and at that moment the resistance increases
thrice to its original velocity. If he landed after 35 minutes, what is the altitude
of the skydiver at the moment he opens his parachute? (Assuming its second
limiting velocity is 4 ft/sec)
O 3500 ft
3600.75 ft
11996.89 ft
1200 ft
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps
