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QUESTION 1 a) Referring to Figure 1, power is transmitted from motor by a V-belt drive to pump. Under the following conditions: pulley speed = 4000 rpm, r = 100 mm, ß = 18°, a = 170°, f = 0.20, belt maximum tension = 1300 N, and belt unit mass is 0.178 kg per meter length, evaluate the following: Larger. pulley E III. Pump V-belt Initial tension in the belt. O O r-100 mm Pulley radius -170′ i. Belt tensions at the tight and slack sides. n=4000 rpm ii. Maximum power that can be transmitted. Figure 1 Motor

QUESTION 1 a) Referring to Figure 1, power is transmitted from motor by a V-belt drive to pump. Under the following conditions: pulley speed = 4000 rpm, r = 100 mm, ß = 18°, a = 170°, f = 0.20, belt maximum tension = 1300 N, and belt unit mass is 0.178 kg per meter length, evaluate the following: Larger. pulley E III. Pump V-belt Initial tension in the belt. O O r-100 mm Pulley radius -170′ i. Belt tensions at the tight and slack sides. n=4000 rpm ii. Maximum power that can be transmitted. Figure 1 Motor

Elements Of Electromagnetics
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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QUESTION 1 a) Referring to Figure 1, power is transmitted from motor by a V-belt drive to pump. Under the following conditions: pulley speed = 4000 rpm, r = 100 mm, ß = 18°, a = 170°, f = 0.20, belt maximum tension = 1300 N, and belt unit mass is 0.178 kg per meter length, evaluate the following: i. ii. III. Larger- pulley Pump V-belt Initial tension in the belt. r-100 mm Pulley rad -170° Belt tensions at the tight and slack sides. Figure 1 Maximum power that can be transmitted. n=4000 rpm Motor
Transcribed Image Text:QUESTION 1 a) Referring to Figure 1, power is transmitted from motor by a V-belt drive to pump. Under the following conditions: pulley speed = 4000 rpm, r = 100 mm, ß = 18°, a = 170°, f = 0.20, belt maximum tension = 1300 N, and belt unit mass is 0.178 kg per meter length, evaluate the following: i. ii. III. Larger- pulley Pump V-belt Initial tension in the belt. r-100 mm Pulley rad -170° Belt tensions at the tight and slack sides. Figure 1 Maximum power that can be transmitted. n=4000 rpm Motor
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