A skier stands at the top of a 25 degree snowy slope. The coefficient of friction between the skis and the snow is .05. The skiers mass is 90kg a. What is the parallel component of the skiers weight b. What is the perpendicular component of the skiers weight
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A skier stands at the top of a 25 degree snowy slope. The coefficient of friction between the skis and the snow is .05. The skiers mass is 90kg
a. What is the parallel component of the skiers weight
b. What is the perpendicular component of the skiers weight
c. What isn’t the inertia of the skier
d. What is the net force on the slier
e. What is the normal force on the skier
f. What is the acceleration of the skier
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- The wood block shown is at rest on a wood ramp. In which direction is the static friction force on block 1?A. Up the slope.B. Down the slope.C. The friction force is zero.D. There’s not enough information to tell.6. For every action, action A. B. reaction, action action, reaction D. reaction, reaction 7. What Newton's law of motion requires the use of seat belt in cars? A. Law of Inertia B. Law of Interaction C. Law of Acceleration D Law of Universal Gravitation 8. if the mass of an object is 45 kg on Earth, what is its mass on the moon? A. 45 N B. 45 kg C. 441 N D. 441 kg 9. in a grocery store, you can easily push a cart with 5 kg sack of rice than a cart with a 10 kg sack of rice to the counter. Which of these explains the situation? A. Law of inertia B. Law of interaction C. Low of Acceleration D. Law of Universal Gravitation 10. The folowing situations demonstrate potential energy EXCEPT: A. a bullet fired from a gun B. a child at the top of a slide C. a car parked at the top of a hill D. river water at the top of a waterfall EPI FONMMA box remains stationary after it has been placed on a ramp inclined to the horizontal. Which of the following statements must be true about the magnitude of the frictional force acting on the crate? a. It is greater than the component of the gravitational force acting down the ramp. b. It is equal ustaticFN c. It is equal to the component of the gravitational force acting down the ramp. d. It is greater than the weight of the box. e. At least it is almost equal to the weight of the box. If an object of mass m moves with constant speed v, the net force on the object is: a. mv b. ma c. mg d. None of these answers is correct e. 0
- 2.) A frictionless ramp is tilted at an angle of 37 degrees. A 4.2kg box is released fromrest at the top of the ramp and allowed to accelerate downward.a. Draw a picture of the situation.b. Draw a free body diagram.c. Determine the component of gravity necessary and use the appropriatetechnique (inertial or forced motion) to determine the Normal Force on thebox.d. Determine the component of gravity necessary and use the appropriatetechnique (inertial or forced motion) to determine the acceleration on thebox after release.A 1000N cow is sitting in the grass.a. What is the cow’s mass?b. What is the cow’s weight?c. What is the normal force acting on the cow?Jon pushes a wall using 75 N of force, but it does not move. Which statement is correct? A. Jon experiences 75 N of kinetic friction. B. Jon experiences 75 N of static friction. C. The wall experiences 75 N of kinetic friction. D. The wall experiences 75 N of static friction. E. There is no friction in this situation.
- Objects feel weightlessness because A. weightlessness is the force of gravity acting on the objects. B. Gravity is not acting on the object C. There is no support force. D. Gravity does not support the weight.An object is propelled along a straight-line path in space by a force. If the mass of the object somehow becomes twice as much,its acceleration A. quadruples B. halves C. doubles D. always the sameThe direction of the frictional force is a. same direction of the intended motion O b. perpendicular to the direction of the intended motion c. opposite direction of the intended motion d. along the x-direction
- 2. A child pulls on a sled using a rope angled at 25° from the horizontal. The sled has a mass of 8 kg. Assume the snow is frictionless. What is the tension in the rope if the sled is accelerating at 0.28 m/s²? 3. The child pulls the sled up a hill. The hill is inclined at an angle of 10°. The rope is now parallel with the surface of the hill. What is the tension in the rope now, if the sled is still accelerating at the same pace? 4. Still going up the hill and pulling with a tension of 25 N, the sled encounters a rough patch with a coefficient of kinetic friction of μ = 0.1. What is the acceleration of the sled?A car accelerates along a road. Identify the force that moves the car. Choose all that apply. A. The weight of the car B. The moving tires of the car push back on the road. C. The engine of the car D. The road pushes forward on the tire,a.) Calculate the gravitational force exerted on earth by the moon. b.) Calculate the gravitational force exerted on earth by the sun. c.) What is the Net gravitational force exerted on the earth.