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Repeat Problem 13 for the key of Problem 12.
Problem 13
Compute the torque that could be transmitted by the key of Problem 10 on the basis of shear and bearing if the key is made from AISI 1020 cold-drawn steel with a design factor of N = 3.
Problem 12
Repeat Problem 10, using a no. 2428 Woodruft" key in a shaft having a 3.250-in diameter
Problem 10
Make a detailed drawing of a Woodruff key connection between a shaft and the hub of a gear The shaft has a diameter of 1.500 in. Use a no. 1210 Woodruff key. Dimension the key seat in the shaft and the hub.
Point F is located just to the left of the 18kN and 25 kN*m couple moment. A) Determine the internal normal force at point E in the compound beam. B) Determine the shear force at point E in the compound beam.
Using a spreadsheet program, create a control chart for these data showing the target value and the upper and lower specification limits. comment on any trend and possible reasons.
Balance by the compass rule the departures and latitudes listed in the following closed-polygon traverse. Calculate the linear misclosure, relative precision, and adjusted lengths and bearings
design a square individual footing to support a 16 inch square reinforced concrete column. service loads include a dead load of 180 kips and a live load of 140 kips. both column and footing have fc=3000psi and fy=60000 psi.
Assume the stress is uniform within the sample (the stress tensor is the same at every point), and therefore the only stress is normal in the direction of the force. What's Young's modulus for this material?
Four forces act on a small airplane in flight: its weight (26 kN), the thrust provided by the engine (9 kN), the lift provided by the wings (25 kN), and the drag resulting from its motion through the air (3 kN).
Saturated liquid water at 1000 kPa flows at 2 kg/s inside a 10 cm outer diameter steel pipe and outside of the pipe is a flow of hot gases at 1000 K with a convection coefficient of h = 150 W/m2 K
A pipe carrying oil of specific gravity (SG = 0.877) changes in size from 150 mm at section E to 450 mm at section R (E and R are arbitrary designations of the two points in the system). Section E is 3.66 m lower than R
A clear definition of the problem.
If the magnitude of the Burgers vector of the edge dislocations is 0.32 nm, calculate the dislocation density.
q1. briefly explain the purpose of the international space station and list the name of all space agencies involved in
They each completely penetrate a homogeneous, confined aquifer, and pump at exactly the same rate, 5m^3/day. Prior to pumping, the piezometric head was 30m, the same as the thickness of the aquifer.
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