8.10 (A/B). A shaft ABC rotates at 600 rev/min and is driven through a coupling at the end A. At B a pulley takes off two-thirds of the power, the remainder being absorbed at C. The part AB is 1.3 m long and of 100 mm diameter; BC is 1.7 m long and of 75 mm diameter. The maximum shear stress set up in BC is 40 MN/m². Determine the maximum stress in AB and the power transmitted by it, and calculate the total angle of twist in the length AC. Take G = 80 GN/m². [L.Mech.E.] [16.9 MN/m²; 208 kW; 1.61⁰.]
8.10 (A/B). A shaft ABC rotates at 600 rev/min and is driven through a coupling at the end A. At B a pulley takes off two-thirds of the power, the remainder being absorbed at C. The part AB is 1.3 m long and of 100 mm diameter; BC is 1.7 m long and of 75 mm diameter. The maximum shear stress set up in BC is 40 MN/m². Determine the maximum stress in AB and the power transmitted by it, and calculate the total angle of twist in the length AC. Take G = 80 GN/m². [L.Mech.E.] [16.9 MN/m²; 208 kW; 1.61⁰.]
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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![8.10 (A/B). A shaft ABC rotates at 600 rev/min and is driven through a coupling at the end A. At B a pulley takes
off two-thirds of the power, the remainder being absorbed at C. The part AB is 1.3 m long and of 100 mm diameter;
BC is 1.7 m long and of 75 mm diameter. The maximum shear stress set up in BC is 40 MN/m². Determine the
maximum stress in AB and the power transmitted by it, and calculate the total angle of twist in the length AC.
Take G = 80 GN/m².
[L.Mech.E.] [16.9 MN/m²; 208 kW; 1.61⁰.]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1e6d11e2-0619-46f3-9e24-10f2bbff3ea2%2Fb822488d-db85-41ae-a572-d64aae0e62e8%2Fmov6faf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:8.10 (A/B). A shaft ABC rotates at 600 rev/min and is driven through a coupling at the end A. At B a pulley takes
off two-thirds of the power, the remainder being absorbed at C. The part AB is 1.3 m long and of 100 mm diameter;
BC is 1.7 m long and of 75 mm diameter. The maximum shear stress set up in BC is 40 MN/m². Determine the
maximum stress in AB and the power transmitted by it, and calculate the total angle of twist in the length AC.
Take G = 80 GN/m².
[L.Mech.E.] [16.9 MN/m²; 208 kW; 1.61⁰.]
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