A pickup truck with mass 2so kgs traveling weha speed of 26m whileacompact car of mass...

A pickup truck with mass 2so kgs traveling weha speed of 26m whileacompact car of mass 2n kg is traveling in the opposite dinection weh the same speed The mack and car undergo a head on collesion and theseafher moue togesher as a single body What is the change in kinetic energy (A) of the sysem consasting of bech vehicles

Expert Solution

genius_generous answered 1 year ago

A pickup truck with mass 2150 kg is traveling with a speed of 26.6 m/s, while...

A pickup truck with mass 2150 kg is traveling with a speed of 26.6 m/s, while a compact car of mass 1121 kg is traveling in the opposite direction with the same speed. The truck and car undergo a head-on collision and thereafter move together as a single body. What is the change in kinetic energy (AK) of the system consisting of both vehicles? Help me please

As shown below, a 840 kg car traveling east collides with a 1730 kg pickup truck...

As shown below, a 840 kg car traveling east collides with a 1730 kg pickup truck that is traveling north. The two vehicles stick together as a result of the collision. After the collision, the wreckage is sliding at vf = 19 m/s in the direction θ = 25° east of north. Calculate the speed of each vehicle before the collision. The collision occurs during a heavy rainstorm so you can ignore friction forces between the vehicles and the wet...

A car with mass 1190kg is traveling to the east at 14m/s, while a truck with...

A car with mass 1190kg is traveling to the east at 14m/s, while a truck with mass 7700kg is traveling to the west at 25m/s. They both collide head-on, becoming entangled. (a)Find the total momentum of the system before the collision(b)Find the final speed of both objects after the collision.(c)Find the change in the velocity of each object. (d)Find the total momentum of the system after collision(e)Find the change in the kinetic energy of the system consisting of both cars.

A car of mass 1000kg is traveling in a northward (+y) direction with a constant speed...

A car of mass 1000kg is traveling in a northward (+y) direction with a constant speed of 10m/s. It then hits a stationary truck. The truck is twice as heavy as the car. After the collision, the car travels in a direction 30 degrees East of North and the truck travels 60 degrees West of North. a) What are the final speeds of the car and the truck after collision? b) Calculate the change in kinetic energy of the system...

A truck 'A' of mass 1700 kg traveling east at a speed of 24 m/s crashes...

A truck 'A' of mass 1700 kg traveling east at a speed of 24 m/s crashes into a smaller, 1100 kg parked wagon 'B'. The two vehicles remain joined together after the collision. What is the velocity of the wreck immediately after the collision? Neglect friction against the road. fAns: 14.6 m/s]

A truck traveling at a constant speed of 28 m/s passes a more slowly moving car....

A truck traveling at a constant speed of 28 m/s passes a more slowly moving car. The instant the truck passes the car, the car begins to accelerate at a constant rate of 1.2 m/s^2 and passes the truck 545 m farther down the road. What was the speed of the car (in meters/second) when it was first passed by the truck?

4. A car of mass m is traveling with constant speed v around a circular banked...

4. A car of mass m is traveling with constant speed v around a circular banked road of radius R, see the side view and the free-body diagram. a) Apply Newton’s 2nd law to the car, i.e. write equations for the centripetal, angular, and vertical components of the net force. b) Determine the angle θ at which the road should be banked so that no static friction is required to drive the car. Now, include the static friction force FS...

A cameraman on a pickup truck is traveling westward at 23 km/h while he videotapes a...

A cameraman on a pickup truck is traveling westward at 23 km/h while he videotapes a cheetah that is moving westward 23 km/h faster than the truck. Suddenly, the cheetah stops, turns, and then run at 48 km/h eastward, as measured by a suddenly nervous crew member who stands alongside the cheetah's path. The change in the animal's velocity takes 2.2 s. What are the (a) magnitude and (b) direction of the animal’s acceleration according to the cameraman and the...

A cameraman on a pickup truck is traveling westward at 16 km/h while he videotapes a...

A cameraman on a pickup truck is traveling westward at 16 km/h while he videotapes a cheetah that is moving westward 31 km/h faster than the truck. Suddenly, the cheetah stops, turns, and then run at 50 km/h eastward, as measured by a suddenly nervous crew member who stands alongside the cheetah's path. The change in the animal's velocity takes 1.7 s. What are the (a) magnitude and (b) direction of the animal

For design, the daily car, pickup truck, and light van traffic is 20,000; and the daily...

For design, the daily car, pickup truck, and light van traffic is 20,000; and the daily truck traffic consists of 200 passes of single-unit trucks with single and tandem axles, and 410 passes of tractor semi-trailer trucks with single, tandem, and triple axles. The axle weights are :cars, pickups, light vans = two 2000-lb single axles;single-unit trucks = 10,000-lb steering, single axle= 22,000-lb drive, tandem axle and: tractor semi-trailer trucks = 12,000-lb steering, single axle,= 18,000-lb drive, tandem axle,= 50,000-lb...

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