450BA rigid red of length L = 2.6 ft is position against two surfaces, asShown. Given that, at the instant shown, the velocity of end A isV₁ = 7.6 fils down slope, find, at this instant :(mag and direc)and direc)(a) the rod's angular velocity w(b) the velocity V₂ of end B (magBUse the decomposition method. (That is, draw and use aGPMDE.)

Given: Length of the rod→L=2.6 ft Absolute velocity of end A→VA=7.6 ft/s This velocity will be along…

(3) 450 B A rigid rod of length L = 2.6 ft is position against two surfaces, as Shown. Given that, at the instant shown, the velocity of end A is 4₁₁ = 7.6 fils downslope, find, at this instant : ул (a) the rod's angular velocity (b) the velocity V₂ of end. B B Use the decomposition method. (mag and direc) (mag and direc) (That is, draw and use a GPMDE.)

(3) 450 B A rigid rod of length L = 2.6 ft is position against two surfaces, as Shown. Given that, at the instant shown, the velocity of end A is 4₁₁ = 7.6 fils downslope, find, at this instant : ул (a) the rod's angular velocity (b) the velocity V₂ of end. B B Use the decomposition method. (mag and direc) (mag and direc) (That is, draw and use a GPMDE.)

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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450
B
A rigid red of length L = 2.6 ft is position against two surfaces, as
Shown. Given that, at the instant shown, the velocity of end A is
V₁ = 7.6 fils down slope, find, at this instant :
(mag and direc)
and direc)
(a) the rod's angular velocity w
(b) the velocity V₂ of end B (mag
B
Use the decomposition method. (That is, draw and use a
GPMDE.)

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