Rod is fixed at and perfectly bonded to rod at , as illustrated below. Rod has length , diameter and is made of a material with shear modulus . Rod has length , diameter and is made of a material with shear modulus . A torque is applied at and a torque is applied at . Matlab Mathematica Python L1

Rod has length , diameter and is made of a material with shear modulus . Matlab Mathematica Python L1 is given below.

Explanation:

Rod (1) is fixed at A and perfectly bonded to rod (2) at B, as illustrated below.

Rod (1) has length L1 = 343 mm, diameter dı = 70 mm and is made of a material with shear modulus G1 = 43 GPa.

Rod (2) has length L2 = 391 mm, diameter d2 = 41 mm and is made of a material with shear modulus G2 = 33 GPa.

A torque TB = 777 N. m is applied at B and a torque Tc = 767 N. m is applied at C. (1) Est (2)

Matlab Mathematica Python

L1 = 343; % mm

L2 = 391; % mm

d1 = 70; % mm

d2 = 41; % mm

G1 = 43; % GPS

G2 = 33; % GPa

TB = 777; % N.m

TC = 767; % N.m

Determine the magnitude of the angle of twist at end C, i.e., °C. c = number (rtol=0.01, atol=1e-05) rad rad o

answer:

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explanation: