A 1725 rpm electric motor is to be used to drive a "flat belt" conveyor in a manufacturing facility as shown in the following figure. The conveyor must move "parts" along an assembly line at a rate of 9 ft/s. The roller used to drive the conveyor belt has a diameter of 5 in. A roller chain is used to transfer power from the electric motor to the conveyor drive roller. Answer the following questions based on this information. i.) What is the rotational speed (rpm) of the driven sprocket? ii.) If the "drive" sprocket on the motor has 12 teeth, How many teeth should be on the “driven” sprocket which is connected to the flat belt drive roller (Round to the nearest tooth.)? iii.) If the electric motor is producing 3/4 hp and there is a 5% power loss through the roller chain drive system, what torque (ft lb) does the driven sprocket apply to the shaft of the flat belt drive roller?

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Use 4 decimal places in all solution

2 Find T= For when 9₁-KADI L

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A piston engine in which the bore and stroke are of equal dimension is referred to as a "square engine". An 8-cylinder square engine has a displacement of 305 in3. What is the bore and stroke? Round to the nearest thousandth of an inch. "bore" is the diameter of a cylinder, and "stroke" is the height of a cylinder (the distance the piston travels in one stroke). You will need the formula for the volume of a cylinder to solve this problem.

4m ABC is a wall crane. The weight W is hung on pulley and cable as shown. Suppose the weight W is 8 kN. 40 Determine: A a) The cable tension F F b) The force at beam AC (beam 1) c) The force at beam BC (beam 2) Neglect the weight of the pulleys. Cable rooo Draw the FBD Analytical Solution. 2 Decimal numbers is sufficient. Draw your FBD

A crank-slider mechanism is constructed so that the slider operates in a the same vertical plane in which A falls. Using the dimensions of the crank and coupler specified below, find the stroke in inches. AB = 5.2 inches (crank) BC = 13 inches (coupler)

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22 CUSTOM GENERATED PROBLEMS 3-34. Romeo tries to reach Juliet by climbing with constant velocity up a rope which is knotted at point A. Any of the three segments of the rope can sustain a maximum force of 2 kN before it breaks. Determine if Romeo, who has a mass of 65 kg, can climb the rope, and if so, can he along with his Juliet, who has a mass of 60 kg, climb down with constant velocity? ********* 60° Prob. 3-34 C Comm 2 4-2. resulta