clc
clear all
close all
X1= input(' enter the value of X1:')
X2= input(' enter the value of X2:')
if X1==0 && X2==0
disp (' The Value of Output (Y) is Zero
(0)');
elseif X1==0 && X2==1
disp (' The Value of
Output (Y) is Zero (0)');
elseif X1==1 && X2==0
disp (' The Value of Output (Y) is Zero
(0)');
else X1==1 && X2==1
disp (' The Value of Output (Y) is One
(1)');
end
Please use Matlab to solve problem, thank you 2. Assume AND gate, use a perceptron with two input and one output to sol...
1. Consider the following OR gate, use Matlab with a single perceptron to solve the problem Input(XI) Input (X2)Output (Y) 0
1. Consider the following OR gate, use Matlab with a single perceptron to solve the problem Input(XI) Input (X2)Output (Y) 0
MatLab Problem: Please use matlab format and follow instruction
on the problem, thank you in advance!
Problem 2 (1 point. Instructor's Initials) Determine all values of x that satisfy the following system of non-linear equations: y = sin(x) Graph the two functions, and hand-write the solution (or solutions, if more than one) on the graph. Include your name in the title of the graph.
PLEASE SOLVE IN MATLAB !!!!!! PLEASE SOLVE IN MATLAB !!!!!!
PLEASE SOLVE IN MATLAB !!!!!! PLEASE SOLVE IN MATLAB !!!!!! PLEASE
SOLVE IN MATLAB !!!!!! PLEASE SOLVE IN MATLAB !!!!!! PLEASE SOLVE
IN MATLAB !!!!!! PLEASE SOLVE IN MATLAB !!!!!! PLEASE SOLVE IN
MATLAB !!!!!!
PROBLEM 3 The system in Figure 3 comprises a motor and a contoller. The performance requirements entail a steady state error for ramp input r(t)-Ct, smaller than 0.01C. Here, C is a constant. The overshoot...
4. Back to diamonds. Consider the diamond generalization that has two input Xi and X2 and a single output Z. (This perceptron should have three layers and 6 edges, with 2 X inputs, 2 Y intermediates, and a single Z output.) Assume that all neurons are 'integrate and fire', and each can have a threshold of or 1. Assume that neurons have voltage 0, unless the weighted inputs exceed K, in which case they assume voltage 1. Weights on the...
Matlab Matlab Matlab Matlab, Please solve this problem
Problem 4 : Runge's phenomenon For this proble, you wil interpolate the function h(x) = tanh(10x) in I [a, b, through n datapoints (xi, hx with equidistant nodes for several values of n, and observe the behavior of the interpolating polynomial as n increases. You should use the pair of functions polyfit and polyval In your prob40: (a) Interpolate the function tanh(10x) in [-1,1] using a uniform grid of n nodes, where...
USE MATLAB TO SOLVE THIS PROBLEM
USE MATLAB TO SOLVE THIS PROBLEM
USE MATLAB TO SOLVE THIS PROBLEM
USE MATLAB TO SOLVE THIS PROBLEM
USE MATLAB TO SOLVE THIS PROBLEM
3. The range, r, of a cannon projectile under the influence of gravity, g-9.81 m/s, and fired with muzzle velocity vo 10 m/s is determined by the angle its barrel makes with the ground, t. From your Physics classes you will recall that the range is calculated as: r() =...
der the multi-layer perceptron shown in Fig, 4.2. Use back propagation gontuhim to find updated values for weights ws and we, given the inputs (xi desired outouts (d, de the outputs from the two neurons in the output layer. Assume t where e 0.5, x2 0) and the corresponding 0, d2 1). yo1 and yo2 function is, el" dy -yoi and 1, and, the activation function is, ф e d2 Yo2, the learning rate parameter is, I+ (15 Marks) o1...
PLEASE USE MATLAB!
Thank you in advance!
Problem 4: Consider the following system differential equations for a plug flow reactor ar,=-2k,C,'; F,(0) = 2 dV dV dV where k 0.25, k2 0.05 and Cr-1. If you were to solve this system of differential equation using the Euler Method determine the values of F, FB, F for the first two iterations of the procedure. Use a sample period of 0
Need help using Matlab to solve differential equations, will
rate! Thank You!
a) The code used to solve each problem b) The output form c) Use EZPLOT (where possible) to graph the result Use Matlab symbolic capabilities to solve the following Differential Equations: yy +36x = 0 3. ytky = e2kakis a constant y" +(x +1)y = ex'y' ;y(0) = 0.5 4 4y-20y'+25y = 0 xy-7x/+16y=0 xy-2xy'+2y=x' cos(x) yy =292 y-4y'+4y = (x + 1)e 2x
Please solve the problem and
show work with a clear handwriting. And if you use MATLAB Show the
code please and show the graph after running the code
For a 70% efficient Hydropower plant with a rated output at 2.0 MW, and ignoring water velocity, calculate and plot the flow rate a function of drop (in meters). You can assume a reasonable range for the drop (upstream intake height). Provide your comments on the results.