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A 1.2m long book shelf is to be supported by two wall brackets. How far apart should the brackets be to give the greatest load-carrying capacity?
[Hint. Where would the shelf fail if the brackets were very far apart? Where would it fail if they were very close together? The optimum situation is when both types of failure are equally likely. Assume that books provide a uniformly distributed load.]
determine the magnitude of the velocity and acceleration of point P located on the tip of the propeller at the instant t = 0.75 s
One side of a mercury manometer is connected to the top of frictionless piston-cylinder storage tank containing 1500 liters of oil, the other side is open to the atmosphere. The difference in the height of the column of mercury in the manometer is 90..
describe the basics of the carnot cycle of thermodynamics and its application to heat engines such as diesel engines
a fire clay brick rho 2000 kgm2 k 1.0 wm-k cp 800 jkg-k of dimensions 5 cm by 10 cm by 15 cm is removed from a kiln
determine the phase and the specified property at a given state of water using thermodynamic tables.a pressure p 2.5
Is the process in control? If it is out of control, describe any observed out-of-control pattern.
Air flows through a pipe with a variable diameter at a constant volumetric flow rate of 0.5 m^3/s. Assuming the velocity profiles are uniform throughout use mass conservation to find the velocity where the diameter is 0.4m and 0.2m
Compute the first energy level (in eV) for a particle trapped in a 0.1 nm region. Assume the mass of the particle is equal to 0.511 MeV/c^2
Determine the flow in each pipe as well as the flow delivered to point C (Qc). Calculate the pumping head, if the residual pressure at point C is not to be less than 150 kPa
a 2 l bottle of a carbonated beverage coke at 20 degc is placed in a cooler with 10 l of saturated liquid water and 30
Air expands in an air turbine from a pressure of 50 psia and a temperature of 600°F to an exhaust pressure of 20 psia. Assume the process is reversible and adiabatic with negligible changes in kinetic and potential energy.
Determine the drag force imparted to the top surface of the flat plate of Example 6.4 for water temperatures of 300 K and 350 K. Assume the plate dimension in the z-direction is W = 1 m.
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