A steel ball was released from rest into a cylinder full of water. the downward acceleration up the ball is defined by the equation a=0.9g-CV. whose g is accelerating due to gravity. C=3.02/s. Det. the velocity in m/s after 0.25mins. a) Det. the dept of the ball from the water surface after 0.25 mins. b.) when of the following most nearly gives the acceleration of the ball when it reaches the bottom if the total height of the cylinder is 50 ft?
A steel ball was released from rest into a cylinder full of water. the downward acceleration up the ball is defined by the equation a=0.9g-CV. whose g is accelerating due to gravity. C=3.02/s. Det. the velocity in m/s after 0.25mins. a) Det. the dept of the ball from the water surface after 0.25 mins. b.) when of the following most nearly gives the acceleration of the ball when it reaches the bottom if the total height of the cylinder is 50 ft?
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A steel ball was released from rest into a cylinder full of water. the downward acceleration up the ball is defined by the equation a=0.9g-CV. whose g is accelerating due to gravity. C=3.02/s. Det. the velocity in m/s after 0.25mins. a) Det. the dept of the ball from the water surface after 0.25 mins. b.) when of the following most nearly gives the acceleration of the ball when it reaches the bottom if the total height of the cylinder is 50 ft?
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