a)if you wanted to triple the tangential velocity by what factor would you have to change the force applied? or the radius?
b)if you kept the force constant and you wanted to triple the tangential velocity by what factor would you have to change the radius?

a)if you wanted to triple the tangential velocity by what factor would you have to change...
If you double the radius, for a fixed angular velocity, the tangential velocity will: a. Decrease by half b. Stay the same c. Increase by a factor of two d. Increase by a factor of four
What factor or quantity is primarily responsible for the constant change in velocity for the vertical velocity component of the projectile while in free-fall? How would you describe this quantity? In other words, is it a constant value, or is it, too, always changing?
where would you sit on a merry go round to have the largest tangential velocity? why?
What would be the tangential linear acceleration if an object's angular velocity was increased from 1 to 73 rad/s in 4s about a 5m radius of rotation (in m/s)?
On Earth, in a centrifuge of radius 14 metres, what is your tangential velocity, v, when you are experiencing 5.6-Gs of G-Force. Provide your answer in ms-1 to 3 sig. figs.
Problem 1: Suppose you wanted to increase the force between two point charges by a factor of 5. By what factor must you change the distance between them?
I need 5-8 please
QUESTION 4 What is the angular velocity if the tangential velocity is 20.1 m/s and the radius of rotation is 1.1 m (to one decimal place). QUESTION 5 What is the tangential velocity if an object is rotating at 302 degreests and has a radius of rotation of 1.7 m (to one decimal place)? QUESTION 6 Calculate the tangential velocity if the angular velocity is 8.1 rad/s (in reality the units are /s) and the radius...
A car travels around a circle of radius r with constant speed. a. Is the velocity of the car constant? Explain. b. Is the car accelerated? Explain. c. Is there a net force applied to the car? Explain. d. If there is a net force applied to the car, in which direction does it point? If there is none, which of Newton’s Laws can be used to support the answer? Explain. e. Would your answers change for a different radius...
A car travels around a circle of radius r with constant speed. a. Is the velocity of the car constant? Explain. b. Is the car accelerated? Explain. c. Is there a net force applied to the car? Explain. d. If there is a net force applied to the car, in which direction does it point? If there is none, which of Newton’s Laws can be used to support the answer? Explain. e. Would your answers change for a different radius...
If you quadrupled the mass and quintupled the radius of a planet, by what factor would g at its surface change?