What is the angle of the slope with respect to horizontal

Reference no: EM13693073

Solve the all parts of given problem:

Problem: A skier moves downhill on a slope with an acceleration of 1.50 m/s².

Part I: Assuming zero friction between the ski and the ground (not very realistic), what is the angle of the slope with respect to the horizontal?

Part II: How much time does it take the skier to reach the bottom of the hill if he starts from rest at the hilltop, which has a height of 60.0 m relative to the bottom of the hill?

Part III: What is the final speed when he reaches the bottom of the hill?

Please include each step and the equations you used. Thanks!

Reference no: EM13693073

Questions Cloud

The same products feature student discounts : Find three products advertised or sold over the internet with Senior Citizen's discounts What are they, and how big are the discounts? Do the same products feature student discounts? If so, how large are they?

Calculate the apparent weight of the passenger : An elevator moving upward approaches the top floor of a high rise building and begins to slow down at the rate of 0.96 m/s2. Calculate the apparent weight of the passenger if her mass is 65.0 kg

How far in advance should the object be let go : An airplane is to drop an abject to hit a target on the ground. How far in advance should the object be let go in order for it to reach the target

Which of them is stable : Which of them is stable?

What is the angle of the slope with respect to horizontal : A skier moves downhill on a slope with an acceleration of 1.50 m/s2. Assuming zero friction between the ski and the ground (not very realistic), what is the angle of the slope with respect to the horizontal

The minimum rate of mass loss required to produce : A typical nuclear reactor produces about 1.0 MW of power during day. What is the minimum rate of mass loss required to produce this much energy?

What would be the apparent weight of a passenger : What would be the apparent weight in newtons of a passenger of the helicopter while it is accelerating upward

The importance of physical security design : The importance of physical security design,

Find the speed of a person living in beijing : Beijing is located on 41.0o latitude north of the equator. Find the speed of a person living in Beijing due to the Earth's spin around the north-south axis

User Account

All Pages