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A spherical, cryosurgical probe may be imbedded in diseased tissue for the purpose of freezing, and thereby, destroying the tissue. Consider a probe of 3 mm diameter, whose surface is -30 degree C when imbedded in tissue that is at 37degree C. A spherical layer of frozen tissue forms around the probe, with a temperature of 0 degree C existing at the phase front (interface) between the frozen and normal tissue. If the thermal conductivity of the frozen tissue is approximately 1. 5 W/mK and heat transfer at the phase front may be characterized by an effective convection coefficient of 50 W/m2K, what is the thickness of the layer of frozen tissue?
starting from rest the motorboat travels around the circular pathp 50m at a speed v0.8tms where t is in seconds.
determine: (a) the cutting time to complete the facing operation, (b) the cutting speeds and metal removal rates at the beginning and end of the cut.
does the atmospheric pressure inside of a tube aproximately a half an inch in diameter cause resistance against an end
Knowing that the modulus of elasticity of brass is 105 GPa, determine the magnitude of the load P for which the deflection of the plug is 1,25 mm downward.
a triangular field with vertices opq has sides op=402m,pq=388m,and qo=254m. find the perpendicular distance from the vertex p to the opposite side.
Diffusion Coeffiecient, Calculate Constant, The diffusion coeffiecient for Cr^+3 in Cr2O3 is 6x10^-15 cm2/s at 727 degrees Celcius and is 1x10^-9 cm2/s at 1400 degrees Celcius.
If the unit can perform its function either in State 1 or 2, find the steady-state availability A for the device.
The temperature on the faces of a plane wall 15cm thick are 375 and 85?.The wall is constructed of a special glass with the following properties:k=0.78W/m·?,ρ=2700Kg/m³,Cp=0.84KJ/Kg·?.What is the heat flow through the wall at steady-state cond..
Assume you are given a spherical joint where the ball has a radius of 20 mm and socket has a radius of 22 mm. If the contact load is 50 N, E = 210 GPa, and ν = 0.3, determine (a) the radius of the contact area, (b) the maximum contact pressure.
Determine the Biot number in order to support the lumped formulation. Solve the differential equation to find an expression for temperature as a function of time.
suppose that you want to design a column to support a uniform compressive stress stress naught. if the columns cross
problem 1a horizontal steel pipe having a diameter of 5 cm is maintained at a temperature of 50degc in a large room
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