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A small block first begins to slide over a sphere with radius r, fixed and frictionless without speed. Recognizing that R is much larger than the size of the block; a) find the intensity of the speed of the block as a function of the angle from the highest point where it is located to the point where it remains in contact with the sphere. b) find the angle at which the block's contact with the sphere is interrupted using polar Coordinates. R

A small block first begins to slide over a sphere with radius r, fixed and frictionless without speed. Recognizing that R is much larger than the size of the block; a) find the intensity of the speed of the block as a function of the angle from the highest point where it is located to the point where it remains in contact with the sphere. b) find the angle at which the block's contact with the sphere is interrupted using polar Coordinates. R

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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A small block first begins to slide over a sphere with radius r, fixed and frictionless without speed. Recognizing that R is much larger than the size of the block; a) find the intensity of the speed of the block as a function of the angle from the highest point where it is located to the point where it remains in contact with the sphere. b) find the angle at which the block's contact with the sphere is interrupted using polar Coordinates. R
Transcribed Image Text:A small block first begins to slide over a sphere with radius r, fixed and frictionless without speed. Recognizing that R is much larger than the size of the block; a) find the intensity of the speed of the block as a function of the angle from the highest point where it is located to the point where it remains in contact with the sphere. b) find the angle at which the block's contact with the sphere is interrupted using polar Coordinates. R
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