1) Resolve each weight vector to the horizontal and vertical component to the inclined surface and find the magnitude. Teacher : Mr. Kang 40 N 50 N 60 J40° Q2) A car weighing 1500N rest on a 30 degree hill. find the component of the weight vector a. At the right angle with the hill b. Parallel to the hill 30 c. If the car's brakes were released, which component is responsible for the car's downward motion? Q3) The diagram below shows a 50 N weight box held at rest on a frictionless 30 degree inclined surface by force F. What is the magnitude óf the force F? 5ON 30°

1) Resolve each weight vector to the horizontal and vertical component to the inclined surface and find the magnitude. Teacher : Mr. Kang 40 N 50 N 60 J40° Q2) A car weighing 1500N rest on a 30 degree hill. find the component of the weight vector a. At the right angle with the hill b. Parallel to the hill 30 c. If the car's brakes were released, which component is responsible for the car's downward motion? Q3) The diagram below shows a 50 N weight box held at rest on a frictionless 30 degree inclined surface by force F. What is the magnitude óf the force F? 5ON 30°

Name: please help with these questions Q1) Resolve each weight vector to the
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Description: please help with these questions Q1) Resolve each weight vector to the horizontal and vertical component to the inclined surface and findthe magnitude.Teacher : Mr. Kang40 N50 N360°40°Q2) A car weighing 1500N rest on a 30 degree hill. find the compon

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter4: The Laws Of Motion

Section: Chapter Questions

Problem 3P: A toy rocket engine is securely fastened to a large puck that can glide with negligible friction...

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