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1. Estimate the power that the human heart must impart to the blood to pump it through the two carotid arteries from the heart to the brain. List all assumptions and show all calculations.
2. The flowrate between tank A and tank B shown in Fig. P8.111 is to be increased by 30% (i.e., from Q to 1.30Q) by the addition of a second pipe (indicated by the dotted lines) running from node C to tank B. If the elevation of the free surface in tank A is 25 ft above that in tank B, determine the diameter, D, of this new pipe. Neglect minor losses and assume that the friction factor for each pipe is 0.02.
We need to design a piping system that transports 35ft^3/s of water 100ft. The available head is 7ft. The pipe is to be made out of a rough concrete material. Find the necessary diameter for the pipe.
vector a has components ax 1.24 ay 2.21 vector b has components bx 4.06 b-y -3.66. find the counterclockwise angle
Consider two shafts in torsion, each of the same material, length, and crosssectional area. One shaft has a solid square cross section and the other shaft has a solid circular section. Which shaft has the greater maximum shear stress and by what ..
State the name and purpose of the components shown in the circuit diagram.
What-if scenario: What would the amount of vapor be if the mixture was composed of dry air and water vapor?Express your answer to four significant figures using the appropriate units.
the acceleration a of a slider block and its displacement s are related by the expression a k s where k is a
the hybrid vehicle engine produces an average of 25 kw of power output and has an efficiency of 65. assume it runs 200
Calculate drag force on flat bottom boat. What power is required to keep the boat moving at 0.5 m/s?
a rocket is held stationary by the horizontal force fx and the vertical force fz. the celocity and pressure of the
a block weighing 10 lbf and having dimensions 10 in. on each edge is pulled up an inclined surface on which there is a
air in a piston-cylinder assembly and modeled as an ideal gas undergoes two internally reversible processes in series
a power cycle operates between a high temperature reservoir at th k and a low temperature reservoir at tc 280 k. at
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