= = 100, 0204 = 56, AB = 28, AP = 124, O4B = 64, 3 m/s at the instant shown. All = The drum mechanism below has distances O2A 02 Fin = 48, and 02 : 9° (when mechanism reaches Point A'). Vin distances are in mm. Determine the accelerations AA, AB, Ap (in m/s²) at the instant when the mechanism reaches Point A' (as shown by the black colored linkage in the figure). drum P' P Fout Fin Vout Vin B' B pedal A 02 0
= = 100, 0204 = 56, AB = 28, AP = 124, O4B = 64, 3 m/s at the instant shown. All = The drum mechanism below has distances O2A 02 Fin = 48, and 02 : 9° (when mechanism reaches Point A'). Vin distances are in mm. Determine the accelerations AA, AB, Ap (in m/s²) at the instant when the mechanism reaches Point A' (as shown by the black colored linkage in the figure). drum P' P Fout Fin Vout Vin B' B pedal A 02 0
International Edition---engineering Mechanics: Statics, 4th Edition
4th Edition
ISBN:9781305501607
Author:Andrew Pytel And Jaan Kiusalaas
Publisher:Andrew Pytel And Jaan Kiusalaas
Chapter1: Introduction To Statics
Section: Chapter Questions
Problem 1.19P: Plot the earths gravitational acceleration g(m/s2) against the height h (km) above the surface of...
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Transcribed Image Text:=
=
100, 0204
=
56, AB
= 28, AP = 124, O4B = 64,
3 m/s at the instant shown. All
=
The drum mechanism below has distances O2A
02 Fin = 48, and 02 : 9° (when mechanism reaches Point A'). Vin
distances are in mm. Determine the accelerations AA, AB, Ap (in m/s²) at the instant when the mechanism
reaches Point A' (as shown by the black colored linkage in the figure).
drum
P'
P
Fout
Fin
Vout
Vin
B'
B
pedal
A
02 0
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