u1 = -a*L*x1;
u2 = 2*a*(x2.^2-L*x2);
N1 = -3*a*L*A*E+0*x1;
N2 = 6*a*A*E*(2*x2-L);
fx1 = 0 + 0*x1;
fx2 = -12*a*A*E + 0*x2;
Fx = -3*a*L*A*E
x = L/2
Rx(B) = 3*a*A*E*L
Rx(C) = 6*a*A*E*L
Do you have HW3_2A and 2B?
thanks a lot access!
Many thanks Pa!
The second for HW3_2B please?
Answer this Question
Physic - The built-in composite bar BC of length L=2 m is composed of two ...
Physic - A steel bar of length L=2 m, with modulus E=200 GPa and constant cross ...
Engineering - The bar in the figure has constant cross sectional area A. The top...
physic - The bar in the figure has constant cross sectional area A . The top ...
physics - A steel bar of length L=2 m, with modulus E=200 GPa and constant cross...
Physics mit 2.01x - F13Q1_1: COMPOSITE BAR UNDER DISTRIBUTED LOADING The ...
Physics - Tapered bar with end load The small tapered bar BC has length L=0.1 m ...
Physic - A bar has a constant cross sectional area A. The bar is devided in 2 ...
Physics - Two wires have the same length and the same resistance but are made up...
Physic - The composite bar BCD in the figure is composed of an inner aluminum ...