There are several types of drag on a car other than air resistance. Effects having to...

There are several types of drag on a car other than air resistance. Effects having to do with the squeezing of the tires (rolling resistance) and frictional forces in the drivetrain (the system that transfers energy from the engine to the rotation of the wheels) also must be taken into account. Engineers use the following equation to model the total force due to these different effects

Fdrag=A+Bv+Cv2Fdrag=A+Bv+Cv2

For a Camry, these coefficients are estimated to be A=117.130A=117.130 N, B=1.800 N s/mB=1.800 N s/m, and C=0.368 N s2/m2C=0.368 N s2/m2.

Suppose that the driver steadily accelerates the car from 0 km/hr to 100 km/hr over a 3.2 s. What is the magnitude of the work done by the drag forces?

The car drives a distance 180 m up a section of road whose grade is 25% (the grade is the vertical rise of the road as a percent of the horizontal run of the road). The car's speed is 29 m/s. The car has a mass of 1543.60 kg. What is the minimum amount of power needed for the car to drive up this section of road, assuming perfect efficiency?

Expert Solution

genius_generous answered 2 years ago

13) There are several types of drag on a car other than air resistance. Effects having...

13) There are several types of drag on a car other than air resistance. Effects having to do with the squeezing of the tires (rolling resistance) and frictional forces in the drivetrain (the system that transfers energy from the engine to the rotation of the wheels) also must be taken into account. Engineers use the following equation to model the total force due to these different effects Fdrag=A+Bv+Cv2Fdrag=A+Bv+Cv2 For a Camry, these coefficients are estimated to be A=117.130A=117.130 N, B=1.800...

Hands-on Lab: Air Resistance and Free Fall Name(s): Date: Please use a font color other than...

Hands-on Lab: Air Resistance and Free Fall Name(s): Date: Please use a font color other than black, red or green for your answers. Theory: for several centuries, it was believed that heavy objects fall to the earth at a faster rate than lighter ones. Galileo (1564-1642) performed experiments to show that this was not true. He showed that it was possible for light objects to fall at the same rate as their heavy counterparts. Please watch the following videos for...

What are the effects of friction and air resistance? How do they affect your value of...

What are the effects of friction and air resistance? How do they affect your value of the measured acceleration?

In this assignment you will study the effects of air resistance in 2-D projectile motion. Note:...

In this assignment you will study the effects of air resistance in 2-D projectile motion. Note: Your values for numbers should always have units where appropriate and you need to show all steps in your calculations. You will: a) Evaluate position and velocity vectors for 2-D motion with and without air resistance. b) Derive the time of flight of a particle without air resistance. c) Derive the maximum range of a particle without air resistance. d) Compare the maximum ranges...

A 1830-kg car experiences a combined force of air resistance and friction that has the same...

A 1830-kg car experiences a combined force of air resistance and friction that has the same magnitude whether the car goes up or down a hill at 34.5 m/s. Going up a hill, the car's engine needs to produce 74.7 hp more power to sustain the constant velocity than it does going down the same hill. At what angle is the hill inclined above the horizontal?

What are four factors other than schedule of reinforcement that can affect resistance to extinction?

If the liquidity effect is smaller than the other effects, and the adjustment to expected inflation...

If the liquidity effect is smaller than the other effects, and the adjustment to expected inflation is slow, then the A) Interest rate will fall B)Interest rate will rise C) Interest rate will fall immediately below the initial level when the money supply grows **The correct answer is C but if you could explain why it is that would be very helpful. Thanks!

Consider a situation where you are trying to sell your car, but there are several other...

Consider a situation where you are trying to sell your car, but there are several other cars of poor quality that look just like your car, so the buyer doesnt know if the car is a good quality car or a lemon. What can you, as the seller do, to convince the potential buyer that your car is of high quality? (Name and explain two different ways)

Use Excel, Matlab, LAbVIEW or other software What do we need? ▪ Assumptions: Negligible air resistance,...

Use Excel, Matlab, LAbVIEW or other software What do we need? ▪ Assumptions: Negligible air resistance, no wind effects, ▪ Governing equations: projectile equations (equations of motion) ▪ Problem: Define what you are trying to investigate. ▪ find the optimal firing parameters (firing angle, muzzle velocity) to hit a target that is a distance away and you are shooting from a hill. Start calculating and optimizing. Vo = 10 ft/sec Yo = 100 ft g = 32 ft/sec^2 t =...

If your air conditioner is more than several years old, it may use the chlorofluorocarbon CCl2F2...

If your air conditioner is more than several years old, it may use the chlorofluorocarbon CCl2F2 as the heat transfer fluid. (CFCs such as this are being replaced as rapidly as possible by substances less harmful to the environment.) The normal boiling point of CCl2F2 is -29.8°C, and the enthalpy of vaporization is 20.11 kJ/mol. The gas and the liquid have specific heats of 117.2 J/mol·K and 72.3 J/mol·K, respectively. How much heat is evolved when 50.0 g of CCl2F2...

Question