What's the answer for e and f GROUPWorksheet #2.r-axis is horizontal and y-axis is vertical.1. A 10 pound block is resting on a ramp that is 45 degrees from horizontal. Assumea) Give the components of the vector F representing gravitational force on the block.b) Give the components of the unit vector, which we will label u the goes down parallelto the ramp?c) Give the components of the unit vector, which we will label ut, that points up per-pendicular to the ramp?d) Compute ProjuF. What is its physical interpretation?e) Compute Proj, F. What is its physical interpretation?f) Assume there exists friction in this model. Draw a complete force diagram.

Answered: Image /qna-images/answer/74f21e04-dc96-46fb-8a02-ff981ed8d64a.jpg

pendicular to the ramp? d) Compute ProjuF. What is its physical interpretation? e) Coinpute Proju F. What is its physical interpretation? f) Assume there exists friction in this model. Draw a complete force diagra

pendicular to the ramp? d) Compute ProjuF. What is its physical interpretation? e) Coinpute Proju F. What is its physical interpretation? f) Assume there exists friction in this model. Draw a complete force diagra

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 10CQ

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Question

What's the answer for e and f

GROUP
Worksheet #2.
r-axis is horizontal and y-axis is vertical.
1. A 10 pound block is resting on a ramp that is 45 degrees from horizontal. Assume
a) Give the components of the vector F representing gravitational force on the block.
b) Give the components of the unit vector, which we will label u the goes down parallel
to the ramp?
c) Give the components of the unit vector, which we will label ut, that points up per-
pendicular to the ramp?
d) Compute ProjuF. What is its physical interpretation?
e) Compute Proj, F. What is its physical interpretation?
f) Assume there exists friction in this model. Draw a complete force diagram.

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