3 ft 100 lb 3 ft- 200 lb-ft 2 ft 000 Az □ Ay DO 000 NA along the rod MA B₂ By Fa perpendicular to the rod No perpendicular to the surface at B MB L. Identify the support reactions on the smooth uniform bar shown in (Figure 2). Check all the possible support reactions on the beam, even if some of them are equal to zero due to the loading given. Make sure the reactions in the set you choose do not depend on each other.

Determine reactions in supports, consider EI=constant

i need the answer quickly

In the figure shown, the Aluminum member (AC) with a diameter of 1.125in is connected with the steel member (CD) of a diameter of 1.625in from point C, these members are restrained by rigid supports at A and D. Find: 1) The values of reactions at supports A + and D 2) The deformation at point C () E = 10.4 x 10°psi E = 29 x 10 psi 1SKips 14Kips A C 8 in 10 in 10 in

This is a static of rigid bodies problem

Q#2 Determine the reactions on beam shown in figure -12-

Determine the moments at the supports of the fixed beam shown in Fig. 13.15(a) by the method of consistent deformations. Also, draw the bending moment diagram for the beam.

The ratio of reaction RA and Rg of the simply beam in the given figure is supported 5t 3t A 2 t/m 2m 2m 2m 2 m + B

(3) Use Three Moment Equation Method to compute the support reactions of the beam loaded as shown 600 N R₁ im 3m 800 N/m Ra 1200 Nm am 4 R3

The suspended load weighs 607 lb Figure 3 ft- 45° B 4.5 ft 30° < 1 of 1 C Part A Use the fact that ABC is a three-force member to determine the magnitude of the reactions at A (Figure 1) Express your answer with the appropriate units. FA= Submit Part B FB = μA Submit Value Request Answer Use the fact that ABC is a three-force member to determine the magnitude of the reactions at B. Express your answer with the appropriate units. μA Value 1 Request Answer Units → PANC Units ? ?