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A 0.8 m long cylindrical burning chamber is 0.2 m in diameter. The hot gases within it are at a temperature of 1500?C and a pressure of 1 atm, and the absorbing components consist of 12% by volume of CO2 and 18% H2O.
Neglect end effects and determine how much cooling must be provided the walls to hold them at 750?C if they are black.
water used in a power plant passes through a heat exchanger at a mass flow rate of 0.125 kgs and is cooled from 94degc
two firefighters must apply a total force of 620 n to steady a hose that is discharging water at the rate of 3150 lmin.
a plane wall with surface temperature 350c is attached with straight rectangular fins k 235 wm k. the fins are exposed
The magnetic flux density within a bar of some material is 0.630 tesla at an Hfield of 5 X 105 A/m. Compute the following for this material: (a) the magnetic permeability, and (b) the magnetic susceptibility. (c) What type(s) of magnetism would you s..
Design process: description of rationale for all designer selected conditions, e.g., if reheat should be included and why, and at what pressure.
one kilogram of water at 300degc expands against a piston in a cylinder until it reaches ambient pressure 100 kpa at
Design a simple inverting comparator circuit with a hysteresis voltage of 120 mv and a nominal threshold of +2.5 v indicate component values.
Initially, you are required to design both a Moore machine and a Mealy machine and discuss the advantages/disadvantages of each. For these initial circuit designs, use D flip-flops as the memory elements, then build and test both circuits on Yenka..
If V is a velocity, l a length and v a fluid property having dimensions of L2T-1, which of the following combinations are dimensionless:
Determine the maximum tensile and compressive stresses in the strut - Determine the neutral axis expression y(z), and sketch it over the cross section with at least one angle specified.
determine the internal energy change of air in a rigid container as its temperature is increased by transferring
Apply basic concepts of solid mechanics, e.g. displacement field, strain and stress tensors. The displacement ???? in a second-order (quadratic) element is calculated from the FEA of static analysis of a linear elastic, isotropic, homogeneous soli..
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