Ask a New Question
Search
Asked by
Ephraim
A car of mass 1120 kg descends a hill of slope 1 in 5.calculate using the energy theory methods the average braking force required to bring the car to rest from 20m/s in 60m,assume the frictional resistance is 260N
Answers
Human Answers
2
AI Answers
0
Answered by
Chipo
Check out the new through my email
Answered by
Dismas
I need an answer
There are no AI answers yet. The ability to request AI answers is coming soon!
Related Questions
Related Questions
10
a car of mass 1360 kg descends from a hill of height 86 m at a constant speed of 20 km/h. assuming...
as a diver descends below the surface of the ocean, she attaches air tanks to a long cable. the firs...
a car with amass of 1120 kg starts from rest and accelerates to the speed of 17.5 m/s in 18.8 s. ass...
A skateborder descends on a ramp from 172 feet to 67 feet in 15 seconds. What is the average change...
A submarine descends below the oceans surface at a rate of 75 feet per minute. How naby feet below t...
A car of mass 1120 kg is going around a curve of radius 155 meters at a speed of 14.2 m/sec. What i...
A hot air balloon descends at a rate of 320 feet per minute for 3 minutes. Use integers to calculate...
A hot air balloon descends at the rate of 5 ft per minute for 6 minutes and then rises at the rate o...
A car of mass 1125kg descends on a hill of 1 in 5(sine). Calculate using an energy method the averag...
A hot-air balloon descends at a rate of 18 feet per minute. How far will the balloon descend in 10.6...