Sorry it's a private question.
Sorry it's a private question.
Three charges of equal magnitude q reside at the corners of an equilateral triangle of side length a (Figure 5). a.) Find the magnitude and direction of the electric field at point P, midway between the negative charges, in terms of k, q, and
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belaco
Three charges of equal magnitude q reside at the corners of an equilateral triangle of side length a (Figure 5). a.) Find the magnitude and direction of the electric field at point P, midway between the negative charges, in terms ...
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0-140) Hot combustion gases leave a heater for a corn-chip fryer at 435°C and are fed to a cross-flow heat exchanger that is used to preheat the air entering the burner. The device is called a recuperator and the energy saved is equal to the energy gained by the air. Air may be assumed to enter the exchanger at 30°C, and the hot combustion gases may be
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Mahmood
0-140) Hot combustion gases leave a heater for a corn-chip fryer at 435°C and are fed to a cross-flow heat exchanger that is used to preheat the air entering the burner. The device is called a recuperator and the energy ...
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Q1 A Condenser at the top of Distillation column will cause bending. It consists of 500 tubes with 0.75 inch O.D., 16 BWG and 40 ft long and vertically installed. The shell diameter is 39 inches. Calculate the eccentric load for this 60 ft long and 4 ft diameter column due to the effect of the condenser. Eccentric load = LW Where W is the total weight of the
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Mahmood
Q1 A Condenser at the top of Distillation column will cause bending. It consists of 500 tubes with 0.75 inch O.D., 16 BWG and 40 ft long and vertically installed. The shell diameter is 39 inches. Calculate the eccentric load ...
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A 160 kg/s of air enters inters compressor at 100 kPa, 25°C in a dual gas- turbine cycle The pressure ratio in compressor is 19, and has an isentropic efficiency of 82%. The maximum cycle temperature is 1350°C. The cycle also includes a regenerator with an effectiveness of 73%. Draw the power station and calculate the following: • The compressor turbine work, if its isentropic efficiency is 85% • Power turbine pressure ratio, if its isentropic efficiency is 85% • Thermal efficiency
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Anonymous
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A gas turbine cycle has one- stage of compression, with pres sure ratio 25 and isentropic 10 marks efficiency of 82%. The cycle has a two-stages turbine with reheat between the stages and isentropic efficiency of 80% for each stage. Air enters the compressor at 100 kPa, 296 K. The maximum cycle temperature is 1210 °C. The cycle also includes a regenerator with an effectiveness of 75%. C= 1.004 kJ/kg. K . Draw the cycle and the T-s diagram. 2- Find all temperatures in the cycle 3. Calculate the cycle thermal efficiency
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Anonymous
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Given: A Plane Stress element n a part made of the 6061-T6 s found to have the following stress: Sigma x = 38.5MPa; sigma y = 68MPa, and tau xy = 34.4MPa The Ultimate Strength s 310MPa The Axial Yield Strength, Sy, of 6061-T6 aluminum is 276MPa, and its Shear Yield Strength, tau y, is 189MPa. Find (a) Factor of Safety using Maximum Principal Stress Criterion (b) Factor of Safety using Tresca Criterion. (c) Factor of Safety using von Mises Criterion.
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Hanish Karthik
Given: A Plane Stress element n a part made of the 6061-T6 s found to have the following stress: Sigma x = 38.5MPa; sigma y = 68MPa, and tau xy = 34.4MPa The Ultimate Strength s 310MPa The Axial Yield ...
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Consider a Shallow neural network with the following parameters. ϕ = {ϕ0, ϕ1, ϕ2, ϕ3, θ10, θ11, θ20, θ21, θ30, θ31} = {−0.23,−1.3, 1.3, 0.66,−0.2, 0.4,−0.9, 0.9, 1.1,−0.7}. Assuming the following activation functions, draw the input-output relationship highlighting the linear regions.
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dp
Consider a Shallow neural network with the following parameters.
ϕ = {ϕ0, ϕ1, ϕ2, ϕ3, θ10, θ11, θ20, θ21, θ30, θ31} = {−0.23,−1.3, 1.3, 0.66,−0.2, 0.4,−0.9, 0.9, 1.1,−0.7}.
Assuming the following activation functions, draw the input-output relationship highlighting the linear ...
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Show that the maximum number of regions created by a shallow network with Di = 2-dimensional input, Do = 1- dimensional output, and D = 3 hidden units is seven. Use the result that the maximum number of regions created by partitioning a Di-dimensional space with D hyperplanes is PDi j=0 D j . What is the maximum number of regions if we add two more hidden units to this model, so D = 5?
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dp
Show that the maximum number of regions created by a shallow network with Di = 2-dimensional input, Do = 1- dimensional output, and D = 3 hidden units is seven. Use the result that the maximum number of regions created ...