I need answer within 20 minutes please please with my best wishes In an epicyclic gear train, an arm carries two gears I and 2 having 40 and 50 teeth respectively. The arm rotates at160 rpm ccw about the center of gear 1, which is fixed. I) Predict the speed of the gear 2. 2) Analyze theperformance of this mechanism if the arm speed reduced to 110 mO rpm.

Answered: Image /qna-images/answer/7cc98e0c-bf7a-4ed3-94bb-a155c8e6664f.jpg

In an epicyclic gear train, an arm carries two gears I and 2 having 40 and 50 teeth respectively. The arm rotates a 160 rpm cew about the center of gear 1, which is fixed. I) Predict the speed of the gear 2. 2) Analyze the performance of this mechanism if the am speed reduced to 110 rpm.

In an epicyclic gear train, an arm carries two gears I and 2 having 40 and 50 teeth respectively. The arm rotates a 160 rpm cew about the center of gear 1, which is fixed. I) Predict the speed of the gear 2. 2) Analyze the performance of this mechanism if the am speed reduced to 110 rpm.

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

See similar textbooks

Similar questions

8.7 A pair of involute gears with 16° pressure angle and 6 mm module is in mesh. The number of teeth on pinion is 16 and its rotational speed is 240 r.p.m. When the gear ratio is just 1.75, find, in order that the interference is just avoided, (a) the addenda on pinion and gear wheel (b) the length of path of contact, and (d) the maximum velocity of sliding of teeth on either side of the pitch point. (DAV Indore, 1989) (Ans. a, 9.6 mm; a 4.2 mm; 35.41 mm; V = 95.58 cm/s) %3D
Imagine two ordinary gears of different diameters meshed together, with the larger being the driver. If the larger gear has 108 teeth around its circumference and rotates at 5.80 rad/s, the smaller gear, which has only 20 teeth, will rotate at what speed?
The motion transmitted between the teeth of gears in mesh is *
For the simple gear train below, Gear A is the input gear and rotates at 2500 rpm. The number of teeth for each gear is as follows: NA = 60 Teeth, NB = 84 Teeth, NC = 36 Teeth and ND = 60 Teeth.Calculate the output angular velocity at Gear D (ωD).Give your answer in rads-1 to the nearest radian. Gear D is the output gear for the simple gear train shown below.
A power of 25 KW is transmitted by a pair of spur gears. Pressure angle= 20, radial force generated is 220 daN, the first gear speed is 600 rpm and the number of teeth is 33, the rotation ratio is 3 and the pitch diameter of the second gear how much?
Epicyclic gear box is shown in Figure.2, the gear box has outer gear C with 120 teeth, B has 50, D has 50 and E has 120.1. Calculate the gear box ratio2. Find the output speed and holding torque of the gear box, if the input gear has 1570 ??? clockwise, the input power 28.5 ?? and the efficiency is 85.5%3. You have engaged in open discussion in which you have to evaluate the conditions needed for an epicyclic gear train to become a differential. Using appropriate schematic and hand sketch show how a differential works in this application. Also, explain what needed to convert the gearbox in Figure.3 to Simple epicyclic differential
In a single-stage gear wheel system with an evolvent profile, the rotating (driveThe number of teeth of the gear is Z1=10, the number of teeth of the rotated gear is Z2=20 and the modulus is m=5 mm; The rotating gear rotates clockwise. b)Show the useful working length and the limit working length on the figure
Provide the complete step-by-step solution, given data, conversion of units, and sketch for this problem. A turbine at 30,000 rpm is used to drive a reduction gear delivering 3 hp at 3,000rpm. The gears are 20 degrees involute herringbone gears of 28 pitch and 2 1/8 ineffective width. The pinion has 20 teeth with a helix angle of 23 deg. Determine theload normal to the tooth surface. A. 20.4 lbs B. 24.4 lbs C. 28.4 lbs D. 32.4
Provide very clear and complete solution and diagam. SITUATIONAL PROBLEM: Two shafts are connected by spur gears. The pitch radii of the gears A and B are 200 mm and 860 mm respectively. If shaft A makes 350rpm and is subjected to twisting moment of 250 N-m. Pressure angle is 14.5 degree. What is: a.) Rpm of gear B b.) Torque in shaft B (in Newton meter). c.) Separation load of two gears (in newtons). d.) Total load on gears (in newtons).
the figure shows a motor driving a two-output transmission system. The blower requires a certain amount of force to operate since the drum rotates at an angular acceleration of 0.03 rad/s2. Determine the torque produced by a motor with a torque of 700 Nm and a speed of 1,600 rpm. following:- The power produced at the drum (P). The torque requirement for the blower to operate (Tblower) and power generation (Pblower) The overall efficiency transmission of the gear system, hO. If the speed of motor is NOT given, explain without calculation how the overall efficiency transmission of the gear system can be obtained. Given:- Number of gear teeth, t:- t1=40 ; t2=200 ; t3=50 ; t4=200 ; t5=40 ; t6=120 ; t7=60 and t8=120 Equivalent mass moment of inertia, Ieq:- Imotor,5=25 kgm2 ; I23=10 kgm2 ; Iblower,4=15 kgm2 ; I67=20 kgm2 and Idrum,8=60 kgm2 Friction torque in bearing, Fb:- A=F=25 Nm ; I=J =20 Nm ; B=C=G=H=5 Nm and D=E=10 Nm Efficiency of all gear mesh, ⴄ=85%
For a pair of standard gears, the module is m=2.5mm，pressure angle is α=20 0. ha*=1. c*=0.25. The teeth number on gear 1 is z1=22. The standard center distance is a=68.75mm. Find the following parameters of gear 2: the teeth number, z2 = ( ) the diameter of reference circle, d2=( )mm the diameter of addendum circle da2 =( )mm the diameter of dedendum circle df2 =( )mm
A flywheel with a moment of inertia of J=1.8 kg*m^2 is on the output ( low speed side ) of a reduction gear with a 3:1 speed ratio. What is the equivalent moment of inertia on the input. ( high speed side ) of the gear if the the gear adds no additional moment of inertia?