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y = x³/4800 Pin A is forced to move within the fixed parabolic slot by the guide, whose velocity in the x-direction is constant and is 23.9 mm / s, within a certain range of its travel. All dimensions are in millimeters and seconds. Find the magnitude of the acceleration of pin A when x = 70 mm. Intermediate values for partial scoring; Component of Acceleration in X-Direction 25% in mm / s2 Component of velocity in Y direction 50% in mm /s The intensity of the acceleration in mm / s2% 100

y = x³/4800 Pin A is forced to move within the fixed parabolic slot by the guide, whose velocity in the x-direction is constant and is 23.9 mm / s, within a certain range of its travel. All dimensions are in millimeters and seconds. Find the magnitude of the acceleration of pin A when x = 70 mm. Intermediate values for partial scoring; Component of Acceleration in X-Direction 25% in mm / s2 Component of velocity in Y direction 50% in mm /s The intensity of the acceleration in mm / s2% 100

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
Problem 1.1MA
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y = x³/4800 Pin A is forced to move within the fixed parabolic slot by the guide, whose velocity in the x-direction is constant and is 23.9 mm / s, within a certain range of its travel. All dimensions are in millimeters and seconds. Find the magnitude of the acceleration of pin A when x = 70 mm. Intermediate values for partial scoring; Component of Acceleration in X-Direction 25% in mm / s2 Component of velocity in Y direction 50% in mm /s The intensity of the acceleration in mm / s2% 100
Transcribed Image Text:y = x³/4800 Pin A is forced to move within the fixed parabolic slot by the guide, whose velocity in the x-direction is constant and is 23.9 mm / s, within a certain range of its travel. All dimensions are in millimeters and seconds. Find the magnitude of the acceleration of pin A when x = 70 mm. Intermediate values for partial scoring; Component of Acceleration in X-Direction 25% in mm / s2 Component of velocity in Y direction 50% in mm /s The intensity of the acceleration in mm / s2% 100
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