Question 4 0 05 points in a compound reverted gear train all...

Name: question 4 0 05 points in a compound reverted gear train all gears must have the same number of teeth the input and output shafts spin the same direction there are four shafts the equation d 32043
Uploaded: 2024-07-10T12:17:46-08:00
Duration: 1 min 43 s
Channel: Adi S
Description: question 4 0 05 points in a compound reverted gear train all gears must have the same number of teeth the input and output shafts spin the same direction there are four shafts the equation d 32043

Question 4 0 / 0.5 points In a compound reverted gear train, all gears must have the same number of teeth. the input and output shafts spin the same direction. there are four shafts. the equation $$d_2 + d_3 = d_4 + d_5$$, where $$d_2, d_3, d_4$$ and $$d_5$$ are the pitch diameters for the 1st, 2nd, 3rd, and 4th gears, respectively, must be satisfied.

Two gear pairs have the same center distance is used to form a compound reverted gear train that will transmit power from the motor to a driven machine E as revealed in Figure Q3. The design parameters of the gear train are shown in Table Q3. Figure Q3: Two-stage reverted gear train Table Q3: Design parameters Diameter of gear 2, d2 = 80 mm Diameter of gear 3, d3 = 200 mm Diameter of gear 4, d4 = 100 mm Diameter of Gear 5, d5 = 200 mm Module, m = 4 mm Input Power, Winput = 10 kW Gear 4 speed, n4 = 500 rpm D = 50 mm Center distance, C = 150 mm Pressure Angle, phi = 20° i. Determine overall gear ratio of the reverted gear train. ii. Determine angular speed in rad/s of gear 2 and gear 5. iii. Draw a free body diagram and compute all the force magnitudes of gear 3, gear 4 and countershaft b. iv. Assuming that an idler gear is inserted between gear 2 and gear 3, does the idler gear will affect the torque of the output gear (i.e., gear 5)? Explain your answer.

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