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A balloon filled with helium, initially at 27°C, 1 bar, is released and rises in the atmosphere until the helium is at 17°C, 0.9 bar. Determine, as a percent, the change in volume of the helium from its initial volume.
you drive on the highway with 120 kmh on a day with 17degc 100 kpa atmosphere. when you put your hand out of the window
a small spherical ball is gently released from rest in a cylindrical tank completely filled with glycerine. the ball
A 4 kW motor is driving an oil pump with an efficiency of 95% down a 10 mm diameter pipe. If the velocity of the fluid downs the pipe is 1.8 m/s, What is the flow rate that the pump delivers? What is the pressure that the pump can deliver?
estimate the design-stage uncertainty in determining the voltage drop across an electric heating element. the heater
Give the ritual which initializes the interface. You may use any available feature of your microcomputer.
a 0.12-oz bullet hits a suspended 15-lbf block of wood and becomes embedded in it. the angle through which the wires
electrical conductivity of stainless steel at room temperature is 0.2 x 107 ?-1 m-1. a 10 foot long piece of stainless
the inside temperature of a furnace is 1300oc and outside wall temperature is 40oc. the furnace wall is made up of 23
Why did you normalize the above graphs? What is the significance of the resulting slopes? Define "rotational stiffness" in terms of a member's geometric and material properties
At a section where the diameter is 4 in, methane flows with the veloctiy of 50ft/s and a pressure of 85 psia. At a downstream section, where the diameter has increased to 6 in, the pressure is 45 psia. Assuming the flow to be isothermal, compute the ..
the dislocation density of a specific steel is 1012cm2. one c atom per atomic sites along a dislocation line is
Determine the thermal efficiency for the case of one feedwater heater operating at 2.0 MPa. 2. Plot the influence of the feedwater heater pressure in terms of rise of feedwater enthalpy / maximum rise of feedwater enthalpy
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