Answer:
Figure 1 shows the neural network that computes the XOR of two inputs.
Two Input unit: X₁ and X₂
One hidden layer with two hidden units: h₁ and h₂
Two Weights for hidden unit 1 = 20, 20
Bias for hidden unit 1 = -10
Two Weights for hidden unit 2 = -20, -20
Bias for hidden unit 2 = 30
Weights for output layer = 20, 20
Bias for output layer = -30
Activation function = sigmoid (σ)
Output at hidden unit and at the output unit Y is shown in Table attached in Fig 2
Answer:
Context
Explanation:
It is of great value for an engineer to keep the context of his/her experiment in mind.
Question Completion with Options:
A) Area a B) Area b C) Area c D) Area d
Answer:
The incorrect waveform identified on the Q waveform is the:
C) Area c.
Explanation:
Area c is the incorrect waveform because its output is not correct. The Q waveform indicates that the electrical forces project toward the negative pole of the lead axis. A gated D latch is a flip flop latch with an additional control input, which determines when to change the state of the circuit. Most times, this control unit is a clock input or an enable input.
Man I don't have a clue, but this stuff sounds interesting
Answer:
1.8 mm
Explanation:
given data
thick = 2.5 mm
flux = 1 × 
kg/m²
high pressure surface is 2 kg/m³
solution
we use fick first law for steady state diffusion
J = D × 
..........1
we take here Ca to point which concentration of nitrogen is 2 kg/m³
so we solve Xb
Xb = Xa + D × 
assume Xa = 0 at surface
Xb = 0 + ( 12 × 
) × 
Xb = 1.8 × 
Xb = 1.8 mm
