RYZENA car is moving along a road at 25.0 m/s with an engine that exerts a force of2,475.0 N on the car to balance the drag and friction so that the car maintains aconstant speed. What is the power output of the engine?Your Answer:FnNVIDIAAnswerType here to searchalexaENABLEDunitsC 86°F Mostly sunny410:32 AMASUS ZenBook 141314" Displayin 13" ChassisUltrafastPCIe SSDHDMI92% Screen-to-Body RatioMilitary-Qua

Name: RYZENA car is moving along a road at 25.0 m/s with an engine that exe
Uploaded: 2024-03-20T06:57:25.000Z
Channel: Bartleby
Description: RYZENA car is moving along a road at 25.0 m/s with an engine that exerts a force of2,475.0 N on the car to balance the drag and friction so that the car maintains aconstant speed. What is the power output of the engine?Your Answer:FnNVIDIAAnswerType

Velocity of car,v=25 m/sForce exerted,F=2475 N

Science

Physics

A car is moving along a road at 25.0 m/s with an engine that exerts a force of 2,475.0 N on the car to balance the drag and friction so that the car maintains a constant speed. What is the power output of the engine? Your Answer:

A car is moving along a road at 25.0 m/s with an engine that exerts a force of 2,475.0 N on the car to balance the drag and friction so that the car maintains a constant speed. What is the power output of the engine? Your Answer:

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

Susan's 13.0 kg baby brother Paul sits on a mat. Susan pulls the mat across the floor using a rope that is angled 30∘ above the floor. The tension is a constant 28.0 N and the coefficient of friction is 0.170. Use work and energy to find Paul's speed after being pulled 3.30 m . Express your answer with the appropriate units.
Humans can produce an output power as great as 20 W/kg during extreme exercise. Sloths are not so energetic. At its maximum speed, a 4.0 kg sloth can climb a height of 6.0 m in 2.0 min. What’s the specific power for this climb?
A 899 kg car accelerates from rest up to 26.0 m/s in 6.14 s. What is the average power output of this engine during this time? Number Units (for comparison information there are 746 W for each horse power )
2. A cart is pulled a distance D on a flat, horizontal surface by a constant force F that actsat an angle θ with the horizontal direction. The other forces on the object during thistime are gravity (Fw), normal forces (FN1) and (FN2), and rolling frictions Fr1 and Fr2,as shown below. What is the work done by each force?
An Olympic weightlifter lifts a 2200 N barbell a distance of 2.2 m. This takes 1.80 s. a. Find the work done by the weightlifter on the barbell in Joules.b. Find the power output of the weightlifter in Watts and in horsepower (hp). Note: 1 hp = 746 W
An elevator has a mass of 1160 kg and carries a maximum load of 612 kg. A constant frictional force of 3330 N retards its motion upward. What power must the motor deliver at a instantaneous speed of 3.38 m/s if the elevator is designed to provide an upward acceleration of 1.4 m/s2? The acceleration due to gravity is 9.8 m/s². Answer in units of W. Your response... Previous Responses X #1.55825.432 PALETTE
DIRECTION: CHOOSE THE CORRECT ANSWER F 1.A force of 5i+j+ 2k N displaced a body from a position of i+j+km to 2i +4j+ 6k m. How much work is done to displace it through this position? (A)18J (B)6J (C)12J (D)0J 2.Calculate the work done when a force of 2i+5j+ 5k N acts on a body when it produces a displacement of 2i + 4j+ 6k m. (A)54J (B)24J (C)50J (D)18J 3. A body of mass 10 kg at rest is acted upon simultaneously by two forces 4 N and 3 N at right angles to each other. The kinetic energy of the body at the end of 10 sec is (A)100 J (B) 300 J (D) 125 J 4) Consider an 80 kg man and 320 kg horse both running along a road with the same kinetic energy. (C)50 J The man must run (A) with the same speed as the horse. (CSS) 4 times as fast as the horse. (B) twice as fast as the horse. (D) 16 times as fast as the horse. 5)particle A is travelling at a velocity of []m/s. It collides with particle B which has a velocity of Jm/s. The particle move together. The mass of particle A is 2kg and the…
The overworked Amazon delivery person is driving up a steep hill with an incline of 26° when a box they forgot to secure starts sliding toward the back of the truck. The 3.5 kg box starts from rest near the drivers seat and slides 2.1 m along the floor to the rear door. The coefficient of kinetic friction between the box and the floor is 0.36. What is the work done by the weight of the box? Wmg 31.6 J What is the work done by the Normal Force? WN = 0 What is the work done by the frictional force? Wfk = 23.31 What is the net work done on the box? Wnet What is the change in kinetic energy for the box? AKE How fast is the box moving just before it hits the rear door? Vfinal = J J X J J ms
a.) A student is riding a bicycle at a constant speed of 6.0 m/s on a level road. The mass of the student and bicycle together is 80 kg. Assume the friction and drag is 35 N. What is the student's output power, in Watts? b.) A student is riding a bicycle at a constant speed of 6.0 m/s on a 7.0º hill. The mass of the student and bicycle together is 80 kg. Assume the friction and drag is 35 N. What is the student's output power, in Watts?
An elevator is designed so that when it travels upward, it has constant acceleration from rest to its cruising speed of 2.0 m/s in a time of 4.0 seconds. The elevator has a mass of 625kg. Assume friction is ignored. A. Determine the average power (in W) of the elevator motor while its accelerating upward to its cruising speed. B. Determine the motor power (in W) when the elevator is moving upward at its cruising speed.
A 19.1-kg box is being pushed from the bottom to the top of a frictionless ramp. When the box is pushed at a constant velocity, the nonconservative pushing force does 58.0 J of work. How much work is done by the pushing force when the box starts from rest at the bottom and reaches the top of the same ramp with a speed of 1.50 m/s? Wnc = Number i Save for Later Units Attempts: 0 of 1 used Submit Answer
9. A person pulls a crate across a floor using a rope. They pull on the rope with a force of 95 N at an angle of 35°, and they move the box a distance of 11 m. How much work did they do? e CODE===4 F cos 0= F