A 3400-pound automobile is negotiating a circular interchange of radius 300 feet at 30 miles per hour
Question:
A 3400-pound automobile is negotiating a circular interchange of radius 300 feet at 30 miles per hour (see figure). Assuming the roadway is level, find the force between the tires and the road such that the car stays on the circular path and does not skid. (Use F = ma, where m = 3400/32.) Find the angle at which the roadway should be banked so that no lateral frictional force is exerted on the tires of the automobile.
Fantastic news! We've Found the answer you've been seeking!
Step by Step Answer:
vt 30 mih 44 ftsec vt 44 b 300 at ...View the full answer
Answered By
Anurag Agrawal
I am a highly enthusiastic person who likes to explain concepts in simplified language. Be it in my job role as a manager of 4 people or when I used to take classes for specially able kids at our university. I did this continuously for 3 years and my god, that was so fulfilling. Sometimes I've skipped my own classes just to teach these kids and help them get their fair share of opportunities, which they would have missed out on. This was the key driver for me during that time. But since I've joined my job I wasn't able to make time for my passion of teaching due to hectic schedules. But now I've made a commitment to teach for at least an hour a day.
I am highly proficient in school level math and science and reasonably good for college level. In addition to this I am especially interested in courses related to finance and economics. In quest to learn I recently gave the CFA level 1 in Dec 19, hopefully I'll clear it. Finger's crossed :)
2+ Reviews
10+ Question Solved
Related Book For 
Question Posted:
