Question

A car flipped on its side from going around a sharp curve too fast. What force...

A car flipped on its side from going around a sharp curve too fast. What force caused the car to flip on its side?

Science   Physics   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

during a sharp turn, there are horizontally two forces acts on the car.

static frictional force that directed inward along the curve

other force is centripetal force directed outward.

if the car flipped, it means the equilibrium of two above forces disturbed i. e. centripetal force overpower the static frictional force

hence

centripetal force is responsible for flipping the car out of the curved track.

======

Comment before rate in case any doubt, will reply for sure.. goodluck

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
When your car travels around a sharp curve, you are flung sideways because
When your car travels around a sharp curve, you are flung sideways because
A car merges onto the freeway on a banked curve. The car maintains a constant velocity...
A car merges onto the freeway on a banked curve. The car maintains a constant velocity 푣 while driving on the curve, which is banked at angle theta and has a radius of curvature R. The car has mass m and the coefficient of static friction between the car’s tires and the road is meu(s). What is the maximum and minimum speed that the car can go around the banked curve without slipping? Hint: The car tends to slip up...
A 600-kg car is going around a curve with a radius of 120 m that is...
A 600-kg car is going around a curve with a radius of 120 m that is banked at an angle of 20° with a speed of 24.5 m/s. What is the minimum coefficient of static friction required for the car not to skid? hello can you please provide a picture with the properwork? specifcally the vertical and horizonal direction with forces and friction? I know the answer is 0.12. and i know the
You're watching a car race and observe one of the cars going around a banked circular...
You're watching a car race and observe one of the cars going around a banked circular curve. The bank is tilted at about 20 degrees, meaning that the car is tilted sideways by this much while driving around the bank. The curve seems to be a semicircle in shape, and you see the radius of the curvature is about 18.0 m. a. If the car's tangential speed is constant, then why does the car feel acceleration? b. Draw a force...
A 1600 kg car travels around a 200. m radius curve with a speed of 15...
A 1600 kg car travels around a 200. m radius curve with a speed of 15 m/s. Find the following: a. Free body diagram from viewing the back of the car. b. Acceleration of the car. c. Frictional force on the car at this velocity. d. Minimum coefficient of static friction for the car to travel around the curve at this speed.
1.What is the magnitude of angular momentum of a 1070 kg car going around a circular...
1.What is the magnitude of angular momentum of a 1070 kg car going around a circular curve with a 15.0 m radius at 12.0 m/s? Assume the origin is at the center of the curve's arc. 2.A solid uniform sphere of mass 3.7 kg and radius 0.051 m rotates with angular velocity 7.3 rad/s about an axis through its center. Find the sphere’s rotational kinetic energy. 3.How far from the pivot of a horizontal seesaw should a 28.0-kg child sit...
You are flying around a bend in your car twice as fast as you usually do,...
You are flying around a bend in your car twice as fast as you usually do, but the conditions are icy. What could happen? Group of answer choices A. The centripetal force provided by friction on the road could fail to be strong enough and you could be unable to negotiate the bend B. Your whole car could slide in towards the center of the circle formed by the bend C. You could overcome inertia and take off into the...
Problem 5 Magnetic levitation trains can go as fast as 500 km/h so when they go...
Problem 5 Magnetic levitation trains can go as fast as 500 km/h so when they go around a curve, if they do not bank, you would feel like you were being pushed against the wall of the car or the wall of the car was pushing you around a curve. Designers try to make the radius of curvature of the track large enough so that this centripetal acceleration is less than 0.5g. Usually they bank the train (tip it at...
Your car is driving around a curve at 15 m/s. Your fuzzy dice on the rear...
Your car is driving around a curve at 15 m/s. Your fuzzy dice on the rear view mirror are hanging at a 20° from vertical. i. What is the tension in the string if the fuzzy dice weigh 2N? ii. What is the radius of the curve? iii. Which direction will the dice hang if the curve goes right?
1) A Red Car and a Blue Truck are driving down a winding road. Through the...
1) A Red Car and a Blue Truck are driving down a winding road. Through the first curve in the road, the Red Car is driving twice as fast as the Blue Truck. The second curve is half the radius of the first, which causes the Red Car to slow down to half the speed of the Blue Truck to drive around the curve. Rank the acceleration each vehicle experiences in each curve from largest to smallest. -blue truck in...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT