2. A countershaft carrying two V-belt pulleys is shown in the figure. Pulley A receives power from amotor through a belt with the belt tensions shown. The power is transmitted through the shaft anddelivered to the belt on pulley B. Assume the belt tension on the loose side at B is 15 percent of thetension on the tight side.a. Determine the tensions in the belt on pulley B,10 inassuming the shaft is running at a constantspeed.18 inb. Find the magnitudes of the bearing reactionforces, assuming the bearings act as simple12 insupports.T2C.Derive the load intensity function (q), shear force500 lbf(V) and bending moment (M) relations by using75 lbfthe Singularity Functions.8-in dia.Вd. Draw shear-force and bending-moment1--in dia.diagrams for the shaft.10-in dia.

Solution: Note: Dear Student! As per our guidelines, we are only allowed to answer three sub-parts…

Answered: 2. A countershaft carrying two V-belt…

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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For the mechanism shown in the figure, determine the torque TA required at crank AB to maintain static equilibrium of a 250-lb force FT acting on link 6 (E) when theta = -330 grades. The Dimensions are: h = 16, d = 20 and AB = 8 (inch units). d ΤΑ & c
Please solve Correctly and Explain. I would like to learn
In the system shown in the figure, 2 sheets are connected to each other with the help of rivets with equal diameters and are forced by the force F. Of the 16 rivet slots shown in the figure, only the rivets shown in the brackets were used, and holes were drilled only for the specified rivets (16 holes on the sheet are NOT available. Only A4, B1, C1, D3 are holes.) i) Determine the center of rotation of the rivets. ii) Determine the rivet diameter required for the system to be safe.
e The two-steel shaft shown in figure have the same diameter and weight 180 lb each. Neglect the friction at all contact surfaces and find the reaction of the wall at A on the lower shaft
Q The two-steel shaft shown in figure have the same diameter and weight 170 lb each. Neglect the friction at all contact surfaces and find the reaction of the wall at A on the lower shaft
The operation of the exhaust and intake valves in an automobile engine consists of cam C, pushrod DE, rocker arm EFG which is hinged at F and on a spring , and valve V. If the compression on the spring is 20 mm when the valve is open, as indicated in the figure, determine the normal force acting on the lobe of the cam at C. Assume that the cam and the bearings at H, I, and J are smooth. The spring has a stiffness of 300N/m. draw the free body diagram
Choose the mass M in the figure with a value that does not end with zero from 302 to 497 kg. Find the support responses A and B. Draw the cross-sectional influence diagrams of the beam and write the maximum and minimum values.
The transmission is made up of four helical gears and two bearings conics that are located at point A and point B. Following the arrangement of coordinate axes shown In Figure 1, the forces acting on the pitch circle of the pinion (25 teeth) and the gear (50 teeth) with a transmitted torque of 868 Nm between the gear location. Obtain the reactions (Fby, Fay, Faz, Fbz) of the bearings
A split-ring clamp-type shaft collar is shown in the figure. The collar is 50 mm OD by 25 mm ID by 12 mm wide.The screw is designated as M 6 × 1. The relation between the screw tightening torque T, the nominal screw diameterd, and the tension in the screw F i is approximately T = 0.2 F id. The shaft is sized to obtain a close running fit. Findthe axial holding force Fx of the collar as a function of the coefficient of friction and the screw torque.Suppose the collar of Problem 5–80 is tightened by using a screw torque of 20 N ∙ m. The collar material is AISI 1035steel heat-treated to a minimum tensile yield strength of 450 MPa.(a) Estimate the tension in the screw.(b) By relating the tangential stress to the hoop tension, find the internal pressure of the shaft on the ring.(c) Find the tangential and radial stresses in the ring at the inner surface.(d) Determine the maximum shear stress and the von Mises stress.(e) What are the factors of safety based on the maximum-shear-stress and…
Please ans as. Soon possible
The three configs are A, B, and C in the picture

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