Please show FBD and this must be the TA=TB=278 N, TC = 2

Given a fourbar linkage with the link lengths L1 d 100 mm, L2= a 50 mm, L3= b = 120 mm, L4c-80 mm. For 0₂= 35° and wą - 31 rad/sec (ccw). Find the angle of VBA in degrees to 2 decimal places for the open circuit of the linkage, given s -12.71° and 04-43.51°. Write your angle as a positive number with respect to the x-axis. VBA is the velocity of B with respect to A. This is a general diagram for a fourbar linkage. Not to scale. 032 3 B Open Crossed

A. B= JAl BJ cos 0 True O False

I need it quickly please

I need answer within 5 minutes please please with my best wishes

Q2: thin uniform rod AB, of mass 1 kg and length 0.6 m, carries a concentrated mass of 2.5 kg at B. The rod is hinged at A and is maintained in a horizontal position by a vertical spring of stiffness 1.8 k N/m attached at its mid-point. Find the frequency of oscillation in the vertical plane. 12.01 Hal

In the figure shown, |=140mm, b=40mm and wAB=1100rpm (clockwise) Solve for (a) the velocity(m/s) of P when 8=65° (0) the angular velocity(rad/s) of BD when e=65". (Note: WaB is constant) T-od

Refer to the figure below. Read the feature control frame in the figure and write it out below. 0.010MABMCM

In mechanical resistance

Indicate the number of pieces in Image 1. For example, in the image with a number 2, there are 5 pieces