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Consider the shaft shown. The aluminum portion is a solid circular section having 45 mm in diameter. The steel portion is a hollow circular section having an outside diameter of 60mm and 30mm outside and inside diameter respectively. Ends at A and C are rigidly clamp. A torsional load of 4 kN is applied at B. 12m STET L 6=84 GTa commof 60 ALUMINUM 6=28G7a 45 mm 9 J. Determine the angle of twist 0.07 deg b. 2.13 deg С. 12.1 deg d. 3.85 deg а. What is the maximum shearing stress for the steel shaft? 84.7 MPa b. 35.2 MPa 63.2 MPa d. 33.6 MPa а. C. -3. The maximum shearing stress for the aluminum shaft is 84.7 MPa 63.2 MPа d. 33.6 MPa а. С. b. 35.2 MPa

Consider the shaft shown. The aluminum portion is a solid circular section having 45 mm in diameter. The steel portion is a hollow circular section having an outside diameter of 60mm and 30mm outside and inside diameter respectively. Ends at A and C are rigidly clamp. A torsional load of 4 kN is applied at B. 12m STET L 6=84 GTa commof 60 ALUMINUM 6=28G7a 45 mm 9 J. Determine the angle of twist 0.07 deg b. 2.13 deg С. 12.1 deg d. 3.85 deg а. What is the maximum shearing stress for the steel shaft? 84.7 MPa b. 35.2 MPa 63.2 MPa d. 33.6 MPa а. C. -3. The maximum shearing stress for the aluminum shaft is 84.7 MPa 63.2 MPа d. 33.6 MPa а. С. b. 35.2 MPa

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Torsional Loadings Consider the shaft shown. The aluminum portion is a solid circular section having 45 mm in diameter. The steel portion is a hollow circular section having an outside diameter of 60mm and 30mm outside and inside diameter respectively. Ends at A and C are rigidly clamp. A torsional load of 4 kN is applied at B. 2m |2m T- B. STET L 6=84 GTa commf ALUMINUM 6=28G79 45 mm J. Determine the angle of twist a. 0.07 deg b. 2.13 deg с. 12.1 deg d. 3.85 deg 2. What is the maximum shearing stress for the steel shaft? 84.7 MPa b. 35.2 MPa а. c. 63.2 MPa d. 33.6 MPa 3. The maximum shearing stress for the aluminum shaft is 84.7 MPa b. 35.2 MPa а. 63.2 MPа d. 33.6 MPa С.
Transcribed Image Text:Torsional Loadings Consider the shaft shown. The aluminum portion is a solid circular section having 45 mm in diameter. The steel portion is a hollow circular section having an outside diameter of 60mm and 30mm outside and inside diameter respectively. Ends at A and C are rigidly clamp. A torsional load of 4 kN is applied at B. 2m |2m T- B. STET L 6=84 GTa commf ALUMINUM 6=28G79 45 mm J. Determine the angle of twist a. 0.07 deg b. 2.13 deg с. 12.1 deg d. 3.85 deg 2. What is the maximum shearing stress for the steel shaft? 84.7 MPa b. 35.2 MPa а. c. 63.2 MPa d. 33.6 MPa 3. The maximum shearing stress for the aluminum shaft is 84.7 MPa b. 35.2 MPa а. 63.2 MPа d. 33.6 MPa С.
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