A car drives up a straight incline of 4.8 km in length and .3 km in...
A car drives up a straight incline of 4.8 km in length and .3 km in height. The car moves up the incline at a steady speed of 16 m s^-1, with friction force being 500 N and total weight of car and driver being 12000 N. From the top of the incline, the road continues downwards in a straight line. At the point where the road starts to go downwards, the driver stops the engine and allows the car to drift freely down the hill. The car descends a height of .3 km in a distance of 6.4 km before leveling out, with average resistive force acting on the car 500 N. Estimate the acceleration of the car down the incline and the speed of the car at the bottom of the incline.
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A car drives up a straight incline of 4.8 km in length and .3 km
in...
Question 2 (1 point) Bob drives his car 145.00 km [N], then he stops to get...
Question 2 (1 point) Bob drives his car 145.00 km [N], then he stops to get gas. Then he drives his car 101.00 km (E), and stops to eat doughnuts. The he drives his car 239.00 km [S], and his journey ends. Bob's trip is completed in a time of 10.6 hours. The mass of his car is 1,673 kg. What is Bob's average speed in km/h? Enter your answer up to 5 decimal places. Do not enter units. Your...
A car drives up an incline. The force diagram of the car is shown in the...
A car drives up an incline. The
force diagram of the car is shown in the figure. The force F is
generated by the engine. The Force N is the normal force on the
car. The force Ffriction is the kinetic friction on the car. The
Force mg is the gravitational force on the car. For each of the
four forces on the car, draw a diagram including only that force
vector and the car’s displacement vector. Determine whether the...
A car that would normally weigh 9800 N (mass is 1000kg) drives over a hilltop that...
A car that would normally weigh 9800 N (mass is 1000kg) drives over a hilltop that has a radius of curvature of 120 m at the top of the hill. At what speed would the car be traveling at the top of the hill such that the normal force from the road is only 500 N? Friction is negligible
A car travels down a straight country road that leads over hills and through valleys. On...
A car travels down a straight country road that leads over hills and through valleys. On one particular stretch of road, the car encounters a hill that can be approximated as the top of a circle with a radius rh = 105 m. Later, the car comes to a dip with a radius of curvature rd = 75 m. Assume that the car maintains a constant speed of v = 23 m/s as it goes over the hill and through...
A car drives on a road which begins flat, then goes up and over the top...
A car drives on a road which begins flat, then goes up and over the top of a hill and then goes down into a dip and back up to level ground. 12) If the car is moving at 30 m/s at the bottom of the dip, its mass is 800 kg, and the radius of curvature for the dip is 20 m, what is the normal force acting on the car in the dip. 10459 N 19344 N 28625 N...
A 710kg car drives at a constant speed of 23m/s . It is subject to a...
A 710kg car drives at a constant speed of 23m/s . It is subject to a drag force of 500 N. What power is required from the car's engine to drive the car (a) on level ground? (b) up a hill with a slope of 2.0? ?
5. The driver of a car travelling 75.0 km/hr suddenly sees road construction up ahead. She...
5. The driver of a car travelling 75.0 km/hr suddenly sees road construction up ahead. She takes 2.30 s to begin applying the brakes. The car slows down at a constant rate of 10.0 km/br's for until she comes to a stop. a. Draw a picture showing the various intervals of the car's motion and accelerations, b. Calculate the average acceleration of the car after the driver applies the brake c. What is the total distance the car travelled from...
The driver of a car of mass M which is moving along a straight road with...
The driver of a car of mass M which is moving along a straight road with initial speed v0 sees a deer in her headlights, and reacts quickly, lifting her foot of the gas and applying the brake pedal with maximum force. The anti-lock brakes cause the largest possible static friction force to be applied on the tires by the road, which continue to roll so the car does not skid. The coefficient of static friction between the tires and...
12-10. Car A starts from rest at t-0 and travels along a straight road with a...
12-10. Car A starts from rest at t-0 and travels along a straight road with a constant acceleration of 3 m/s until it reaches a speed of 27 m/s. Afterwards it maintains this speed. Also, when-0, car B located 2000 m down the road is traveling towards A at a constant speed of 20 m/s. Determine the distance travelled by car A when they pass each other. 20 m/s 2000 m 12-11. A particle travels along a straight line with...
Total: 20 pts) A car is braking hard. There are two significant resistive forces acting on...
Total: 20 pts) A car is braking hard. There are two significant resistive forces acting on it, a quadratic (cv2) air drag, and a constant (umg) frictional force. If you are interested in finding v(x) (rather than v(t)), there is a commonly used method known as the "v dv/dx rule”, which uses the chain rule to rewrite ü = = di = v . a) [12 pts) Write down the equation of motion for Ü = (v) and use the...
Question 2 (1 point) Bob drives his car 145.00 km [N], then he stops to get gas. Then he drives his car 101.00 km (E), and stops to eat doughnuts. The he drives his car 239.00 km [S], and his journey ends. Bob's trip is completed in a time of 10.6 hours. The mass of his car is 1,673 kg. What is Bob's average speed in km/h? Enter your answer up to 5 decimal places. Do not enter units. Your...
A car drives up an incline. The
force diagram of the car is shown in the figure. The force F is
generated by the engine. The Force N is the normal force on the
car. The force Ffriction is the kinetic friction on the car. The
Force mg is the gravitational force on the car. For each of the
four forces on the car, draw a diagram including only that force
vector and the car’s displacement vector. Determine whether the...
5. The driver of a car travelling 75.0 km/hr suddenly sees road construction up ahead. She takes 2.30 s to begin applying the brakes. The car slows down at a constant rate of 10.0 km/br's for until she comes to a stop. a. Draw a picture showing the various intervals of the car's motion and accelerations, b. Calculate the average acceleration of the car after the driver applies the brake c. What is the total distance the car travelled from...
12-10. Car A starts from rest at t-0 and travels along a straight road with a constant acceleration of 3 m/s until it reaches a speed of 27 m/s. Afterwards it maintains this speed. Also, when-0, car B located 2000 m down the road is traveling towards A at a constant speed of 20 m/s. Determine the distance travelled by car A when they pass each other. 20 m/s 2000 m 12-11. A particle travels along a straight line with...
Total: 20 pts) A car is braking hard. There are two significant resistive forces acting on it, a quadratic (cv2) air drag, and a constant (umg) frictional force. If you are interested in finding v(x) (rather than v(t)), there is a commonly used method known as the "v dv/dx rule”, which uses the chain rule to rewrite ü = = di = v . a) [12 pts) Write down the equation of motion for Ü = (v) and use the...
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