Please show your detailed and correct solution to this problem. ASAP! Thank you! LOAD ANALYSIS FOR SPUR GEAR preConsider the pitch circle of a spur gear with the loads acting on the pitch point, as shown in the figure below.Figure 3.15. Spur Gear Load AnalysisFRWWhere, F₁ = tangential or transmitted loadW = resultant loadApplied or Transmitted Torque: TTransmitted Horsepower, Hp==Where, T₁ = torque, in-lbTransmitted Power (S.I.): P = Tow=GIVEN: Figure shownT₁ n63 000=N₂ = 1750 rpm$ = 2002Where, P= transmitted power, kWtorque, kN-mTaF₁F, V33 000F₁ = transmitted load, IbT (2π) N _ πT nq6030P = 2.5 kWm = 2.5 mmOF₁ =Ex. # 5] Pinion 2 in the figure runs at 1 750 rpm and transmits 2.5 kW to idler gear 3. The teeth are cut on the 20° full-depth system andhave a module of m= 2.5 mm. Draw the free body diagram of gear 3 and shows all the forces acting upon it. Determine the forcesacting upon gear 3. The direction of rotation of gear 3, as shown, is counterclockwise.F₁55= radial load ;= pressure angleV = pitch line velocity, ipmN = rpmw = Angular velocity, rad/sOOREQUIRED:CS Draw the frechody diagram of gear 3 and compute the forces acting on it.3

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LOAD ANALYSIS FOR SPUR GEAR Consider the pitch circle of a spur gear with the loads acting on the pitch point, as shown in the figure below. Figure 3.15. Spur Gear Load Analysis FR W Where, F, = tangential or transmitted load W = resultant load Applied or Transmitted Torque: Ta Transmitted Horsepower, Hp: = (1/) F₁ Where, T₁ = torque, in-lb F₁ = transmitted load, Ib Tα (2π)N π πT₁ n 30 60 Tan F₁ V 63 000 33 000 Transmitted Power (S.I.): P = T₁=- Tqw= Where, P= transmitted power, kW Ta torque, kN-m GIVEN: Figure shown N₂ = 1750 rpm $ = 200 P = 2.5 kW m = 2.5 mm Ex. # 5] Pinion 2 in the figure runs at 1 750 rpm and transmits 2.5 kW to idler gear 3. The teeth are cut on the 20° full-depth system and have a module of m= 2.5 mm. Draw the free body diagram of gear 3 and shows all the forces acting upon it. Determine the forces acting upon gear 3. The direction of rotation of gear 3, as shown, is counterclockwise. F₁ FR = radial load ; = pressure angle 55 REQUIRED: CS Draw the free body dianam CamScanner diagram of gear 3 and compute the forces acting on it. V = pitch line velocity, ipm N = rpm w = Angular velocity, rad/s

LOAD ANALYSIS FOR SPUR GEAR Consider the pitch circle of a spur gear with the loads acting on the pitch point, as shown in the figure below. Figure 3.15. Spur Gear Load Analysis FR W Where, F, = tangential or transmitted load W = resultant load Applied or Transmitted Torque: Ta Transmitted Horsepower, Hp: = (1/) F₁ Where, T₁ = torque, in-lb F₁ = transmitted load, Ib Tα (2π)N π πT₁ n 30 60 Tan F₁ V 63 000 33 000 Transmitted Power (S.I.): P = T₁=- Tqw= Where, P= transmitted power, kW Ta torque, kN-m GIVEN: Figure shown N₂ = 1750 rpm $ = 200 P = 2.5 kW m = 2.5 mm Ex. # 5] Pinion 2 in the figure runs at 1 750 rpm and transmits 2.5 kW to idler gear 3. The teeth are cut on the 20° full-depth system and have a module of m= 2.5 mm. Draw the free body diagram of gear 3 and shows all the forces acting upon it. Determine the forces acting upon gear 3. The direction of rotation of gear 3, as shown, is counterclockwise. F₁ FR = radial load ; = pressure angle 55 REQUIRED: CS Draw the free body dianam CamScanner diagram of gear 3 and compute the forces acting on it. V = pitch line velocity, ipm N = rpm w = Angular velocity, rad/s

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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