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The members of the rigid frame shown in Figure S9.4have the relative plastic moments of resistance shown ringed, and the frame is to collapse under the loading shown. Neglecting the effects of axial loads and instability, determine the required plastic moments of resistance.
What is the nominal distance in miles between the SW corner ofSec. 2m T 6 S, R 5E, Indiam PM and the NW corner of Sec. 17, T 6 S,R 3 E, Indian PM?
a the soil profile on a site consisted of 4 m thick homogeneous clay deposit overlying an impermeable rock. the
A glass jar is heated in an oven and sealed when the air pressure is 103 kPa and the temperature is 105 C. Find the absolute, gage, and vacuum pressures in the jar when it cools to 20 C.
when a force F acts on a linear spring, the elongation x of the spring is given by F=kx, where K is called the stiffness of the spring. Determine the dimension of K in terms of the base dimensions of an absolute system of units
A 2ft diameter hemispherical plexiglass "bubble is to be used as a special window on the side of an above-ground swimming pool.
Assume the stream is 3ft wide and 1ft deep (assume a rectangular cross section. If the flow throught the stream is 1000 gallons/day and the concentration at the beginning of the stream is 250 ppm
A 16-ft [4.88 m] span beam is fixed at one end and simply supported at the other end. A single concentrated load of 9600 lb [42.7 kN] is placed at the center of the span. Find the vertical reactions and construct the complete shear and moment diagram..
If the component of velocity along the axis is Vx=6t with t in seconds. determine the particle's distance from the oriigin which is at t=3s. when t=0, x=0, and y=0. also determine the magnitude of acceleration when t=3, x and y are in ft.
Use the concept of real work equivalence to compute the vertical deflection at the free end of the cantilever beam shown below. The 12 inch wide beam has a uniform taper and E=3000kips/in^2
The tank has an inside diamater of 100 cm and will be subjected to a maximum internal pressure of 820 kPa. The allowable tensile stress in the wall is 83 MPa, and the allowable tensile stress in the weld is 55 MPa.
Determine the acceleration when t = 4 s, the displacement from t = 0 to t = 10 s, and the distance the particle travels during this time period.
payments of $1000 are to be made at the end of each year for the next 3 years. What is the present worth of the three payments if interest is 12% compounded monthly
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