Would a person traveling at a constant 500 miles an hour feel a greater amount of...

Would a person traveling at a constant 500 miles an hour feel a greater amount of force than a person traveling at a constant 50 miles an hour? Why or why not?

Expert Solution

Ans is no, the person with greater constant velocity does not feel greater amount of force rather they both feel zero force.

See below

Now if we take both of them have equal mass for our convenience and you want to know who will get tired quickly,then it is who travels with greater velocity.As he spend more kinetic energy (=1/2 mv^2).

Note here I have written F=ma as Newton's 2nd law. Actually it is F=dp/dt . But for constant mass you can write F=ma

genius_generous answered 3 years ago

5.1 A car is traveling along a highway at 65 miles per hour. The road is...

5.1 A car is traveling along a highway at 65 miles per hour. The road is horizontal (0% slope). If the wind resistance and rolling resistance at the wheels creates a combined resistive force of 950 N, what is the power (kW) developed at the rear wheels? 5.2 How much power (kW) must the car engine in problem 5.1 develop if the overall mechanical efficiency of the transmission and drive train is 94%? 5.3 Assume the car engine in problem...

A major hurricane is a hurricane with wind speeds of 111 miles per hour or greater....

A major hurricane is a hurricane with wind speeds of 111 miles per hour or greater. During the last century, the mean number of major hurricanes to strike a certain country's mainland per year was about 0.59 Find the probability that in a given year (a) exactly one major hurricane will strike the mainland, (b) at most one major hurricane will strike the mainland, and (c) more than one major hurricane will strike the mainland.

The average stopping distances for a population of school buses traveling 50 miles per hour, measured...

The average stopping distances for a population of school buses traveling 50 miles per hour, measured in feet, are normally distributed, with a standard deviation of 6 feet. Using a random sample of 23 buses having a sample mean of 262 feet, construct a 95% confidence interval for the mean stopping distance of the population.

When traveling 40 mph (miles per hour), the distance that it takes Fred’s car to stop...

When traveling 40 mph (miles per hour), the distance that it takes Fred’s car to stop varies evenly between 120 and 155 feet. (This includes the reaction distance and the braking distance.) All of the questions are related to the stopping distance when Fred is traveling 40 mph. a) Let S be the distance it takes for Fred’s car to stop at when traveling 40 mph. Find the distribution, parameter(s), and support of S. b) What is the probability that...

A major hurricane has wind speeds of 111 miles per hour or greater. During the 20th...

A major hurricane has wind speeds of 111 miles per hour or greater. During the 20th century, the mean number of major hurricanes to strike the U.S. mainland per year was about 0.7. Find the probability that in a given year (a) exactly one major hurricane will strike the U.S. mainland, (b) at most one major hurricane will strike the U.S. mainland and (c) more than one major hurricane will strike the U.S. mainland (Source: National Hurricane Center)

A rocket is 120 meter directly over a person and it is traveling at 500 m/s....

A rocket is 120 meter directly over a person and it is traveling at 500 m/s. Assume the temperature is 20 C. a) How many seconds will it take for the person to hear the sonic boom, how far has the rocket traveled in that time, how far has the sound wave that reached the person traveled, and what is the angle of the shock wave? b) Now, assume that the rocket is accelerating at a rate of 12 m/s2...

Find (a) the angular velocity (rad/s) and (b) the linear velocity (miles/hour) of a person standing...

Find (a) the angular velocity (rad/s) and (b) the linear velocity (miles/hour) of a person standing in Sylmar (latitude 34 degrees north on Earth). Take R of Earth to be 4000 miles. Ans should be about (a) 7.27 X 10-5 rad/s (b) ~ 900 mi/hr

A person will feel a shock when a current of greater than approximately 100 μA flows between his index finger and thumb.

A person will feel a shock when a current of greater than approximately 100 μA flows between his index finger and thumb. If the resistance of dry skin is 200 times larger than the resistance of wet skin, how do the maximum voltages without shock compare in each scenario? A The voltage on dry skin needs to be 200 times smaller than the voltage on wet skin. B The voltage on dry skin needs to be 200 times larger than the...

True or False The amount of under or overapplied factory overhead would generally be greater at...

True or False The amount of under or overapplied factory overhead would generally be greater at the end of the year than at interim periods during the year.

How a person would feel going back to school after they was suspended for a week because of fighting

How a person would feel going back to school after they was suspended for a week because of fighting please provide information on how the person would feel and also how the class mates would feel and react

Question