P4.7 For the scaled mechanism shown in figure P4.7, determine (a) the acceleration of point B (b) the sliding acceleration of point A2 with respect to point A4 use a complex numbers

PE P4 P3 P2 P1 7.5 35 Using the turning method, write down the positions of the five points shown in the figure above and the corresponding coordinates Points Position specification in absolute dimension P1 P2 P3 P4 P5

Slider C D d A link (AB) = 500 mm link (BC) T 42 mm link (CD) = 2 For the mechanism Shown above... Analytically using vector loop, determine the angular position. af point (D) ?

In the figure, link 2 rotates with constant angular velocity 02. A slider link 3 moves outwards with a constant relative velocity Vop, where Q is a point on slider 3 and P is a point on link 2. The magnitude and direction of Coriolis component of acceleration is given by Qon 3 V ОР P on 2 (A) 2002 Vop; direction of Vop rotated by 90° in the direction 002 (B) ₂ Vop; direction of Vop rotated by 90° in the direction 00₂ (C) 2002 Vo/p; direction of Vop rotated by 90° opposite to the direction of 2 (D) ₂ Vqp; direction of Vop rotated by 90° opposite to the direction 002

Needs Complete typed solution with 100 % accuracy.

Ex.5.4 A particle moves such that its velocity varies according to the relation v =v,- kx where k is a constant and v, is the velocity in the position P where x = 0 and t = 0. Derive the expressions for the position coordinate x, velocity v and acceleration a in terms of the time t.

(3) 66 45° B A rigid rod of length L = 2.6 ft is position against two surfaces, shown. Given that, at the instant shown, the velocity of end A is = 7.6 fils downslope, find, at this instant : FA (a) the rod's angular velocity w (mag and direc) (b) the velocity V₂ of end. B (mag and direc) B Use the decomposition method. (That is, draw and use a GPMDE.)

Needs Complete typed solution with 100 % accuracy.

Solve accordingly to given 3 parts below

P