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Consider having a program that runs in 50 s on computer A, which has a 500 MHz clock. We would like to run the same program on another machine, B, in 20 s. If machine B requires 2.5 times as many clock cycles as machine A for the same program, what clock rate must machine B have in MHz?
Understand mechanism of hardenability in steels by Jominy-end quench method - Samples have been heat treated using the following conditions: Austenitizing at about 900oC for 30 minutes, water spray from one end until the whole samples cooled down to ..
It is subjected to concentrated loads of 20,000 lb at each quarter point and an axial tensile load of 50,000 lb. Calculate the maximum combined tensile and compressive stresses.
A component subassembly consists of five pieces which can be assembled in any order. A production test is to be designed to determine the minimum time required to assemble the subassembly.
Run your program for various values of μ and N. How large does N have to be for the agreement to be good?
he force R is the resultant of the forces P1. P2, and P3 acting on the rectangular plate. Find P1 and P2 if R= 40kN and P3 = 20kN.
five kilograms of water at saturated liquid phase fills in a piston-cylinder device at 150oc. the device is now heated
air at 7 kpa and 35 degc flows over a flat plate at 7.5 ms. the plate is 30 cm square and is maintained at 65 degc.a.
a heat engine receives 1 kw heat transfer at 1000 k and gives out 600 w as work with the rest as heat transfer to the
For the pitot-static pressure arrangement of Fig. P6.136, the manometer fluid is (colored) water at 20°C.
If a slider block C is fixed to the disk that has a constant counter clockwise angular velocity of 4 rad/sec, determine the angular velocity and angular acceleration of the slotted arm AB at the instant shown.
Determine an expression for the ratio of the heat transfer coefficient averaged over the N tubes, each experiencing a combined entrance process, to the heat transfer coefficient averaged over the single tube, hD,N /hD,1.
For the condition when the floor and duct temperatures are 30 and 80°C, respectively, and the thermal conductivity of concrete is 1.4 W/m · K, calculate the heat rate from each duct, per unit length of duct. Use a grid spacing with ?x = 2?y, where..
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