Could you please explain where and what is tight side and also how to find 5-9 pDE Test_1.pdf.pdfO File | D:/Intro%20to%20Design%20Test%20Prep/Test_1.pdf.pdf(D Page viewA Read aloudT Add textV DrawE HighlightO Erase2of 5Questions 5 through 8 refer to the situation depicted below. Power is delivered bya motor (not shown) via a belt to the pulley at A, causing the shaft to rotate insteady-state at 3600 rpm against a load imposed at pulley B. On pulley B the slackside of the belt exerts a force that is 15% of the force on the tight side.+You may use the final page of the exam as a work page.500 Ibf75 Ibf8-in dia.1-in dia.10-in dia.5. Recalling that 1 Hp = 550 ", the power transmitted through this system isА. 26700 Нр В. 1700 Нр С. 141.7 Нр (D.)97.1 Hp Е. 48.6 Нр6. The forces on pulley B areA. T = 541 lb and T, = 81.2 lb.В. Т. 3D 81.2 b and T; — 541 16.С Ті %3 400 1b and Tz — 60 tb.(D.)T, = 60 lb and T2 = 400 lb.T =Solut un is Similarto thut on Te;t 004and T2 =7. The candidate trouble spot is atx = 10.01 in, 3 o'clock.x = 10.01 in, 12 o'clock.C. I = 27.99 in, 3 o'clock.D. r = 27.99 in, 12 o'clock.E. r = 28.01 in, 3 o'clock.F. r = 28.01 in, 12 o'clock.See8. Assuming a yield strength of S, = 58 ksi, the safety factor by the Maximum ShearStress Theory isworh puyn3.28NMSS =9. Suppose a candidate trouble spot with the following stress state exists in a partmade of cast iron with St = 42.5 ksi and Sue = 140 ksi.回圓

The tight side or slag side of of the pulley is dependent on the direction of the of the power…

Questions 5 through 8 refer to the situation depicted below. Power la delivered by a motor (not shown) via a belt to the pulley at A, causing the shaft to rotate in steady-state at3600 rpmagainst a load imposed at pulley B. On pulley B the slack side of the belt exertsa force that is 15% of the force on the tight side. You may une the final page of the exam as a work page. 500 75 I Sin dia 10-i dia. 5. Recalling that 1 Hp = 550 #44, the power transmitted through this system is A. 26700 Hp B. 1700 Hp C. 141.7 Hp 0 7.1 Hp E. 48.6 Hp 6. The forces on pulley B are A. T- 541 b and T-81.2 . B. T- 81.2 lb and T- 541 . STi- 400 Ib and T- 60 lb. OT - 60 ib and T- 400 lb. ET- Sohtum is similor to 1hat Test 004 and T- 7. The candidate trouble spot is at A:= 10.01 in, 3 o'clock B.z= 10.01 in, 12 o'clock. C.z- 27.99 in, 3 o'clock. D. z- 27.99 in, 12 o'clock. Ez- 28.01 in, 3 o'clock. F.z= 28.01 in, 12 o'clock. Sae 8. Assuming a yield strength of S, = 58 ksi, the safety factoe by the Maximum Shear Stress Theory is 9. Suppose a candidate trouble spot with the following stress state exists in a part made of cast iron with Su-42.5 kai and S- 140 ksi.

Questions 5 through 8 refer to the situation depicted below. Power la delivered by a motor (not shown) via a belt to the pulley at A, causing the shaft to rotate in steady-state at3600 rpmagainst a load imposed at pulley B. On pulley B the slack side of the belt exertsa force that is 15% of the force on the tight side. You may une the final page of the exam as a work page. 500 75 I Sin dia 10-i dia. 5. Recalling that 1 Hp = 550 #44, the power transmitted through this system is A. 26700 Hp B. 1700 Hp C. 141.7 Hp 0 7.1 Hp E. 48.6 Hp 6. The forces on pulley B are A. T- 541 b and T-81.2 . B. T- 81.2 lb and T- 541 . STi- 400 Ib and T- 60 lb. OT - 60 ib and T- 400 lb. ET- Sohtum is similor to 1hat Test 004 and T- 7. The candidate trouble spot is at A:= 10.01 in, 3 o'clock B.z= 10.01 in, 12 o'clock. C.z- 27.99 in, 3 o'clock. D. z- 27.99 in, 12 o'clock. Ez- 28.01 in, 3 o'clock. F.z= 28.01 in, 12 o'clock. Sae 8. Assuming a yield strength of S, = 58 ksi, the safety factoe by the Maximum Shear Stress Theory is 9. Suppose a candidate trouble spot with the following stress state exists in a part made of cast iron with Su-42.5 kai and S- 140 ksi.

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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