Answered

How can I plot a function i can´t define before calculating it?

fplot(sum);

How can I plot a function i can´t define before calculating it?

fplot(sum);

circa 8 ore ago | 0

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Solved

Mask Generation Function (MGF1) for PKCS #1 Standard utilizing Optimal Asymmetric Encryption Padding for RSA Cryptography

Create Mask Generation Function (MGF1) from PKCS #1 v2.2 standard (B.2.1 page 50) at below link. Input will be character array (...

circa 9 ore ago

Solved

Create State Array for initiating SHA-3-224 Hash

Create binary represented state array (as the initial input to the sponge function (f)) from any length character array (N) with...

circa 10 ore ago

Solved

Check prime numbers

Let x, return 1 if x is a prime number, 0 otherwise e.g x = 7, return y =1; x = 6 return y = 0;

circa 11 ore ago

Solved

the average value of the elements

Calculate the average value of the elements in the array

circa 11 ore ago

Solved

Calculate the average value of the elements in the array

Calculate the average value of the elements in the array

circa 11 ore ago

Solved

square a number twice with square root of 4/5

square a number twice with square root of 4/5

circa 11 ore ago

Solved

Flag a convertible string

If a string is able to be entirely converted to an integer, return a "true" flag. Otherwise, return a false flag. For example: ...

1 giorno ago

Solved

Given a vector x, return vector y with all negative elements from the vector x.

Given a vector x, return vector y with all negative elements from the vector x if x has negative elements. Otherwise return 0. ...

1 giorno ago

Answered

Help with syms function. Unable to find explicit solution

Graphing helps. T = 10; h = 20; g = -9.81; L=-.001:.000001:.001; y=((g)*(T)^2/(2*pi)) * tanh((2*pi*h)./L) -L; plot(L,y)...

Help with syms function. Unable to find explicit solution

Graphing helps. T = 10; h = 20; g = -9.81; L=-.001:.000001:.001; y=((g)*(T)^2/(2*pi)) * tanh((2*pi*h)./L) -L; plot(L,y)...

1 giorno ago | 0

Answered

Vectorize nested for loops

Jacobian=D2Mat(2:end-1,:)+(2./XCheb(2:end-1)).*D1Mat(2:end-1,:)+((xi^2)*n*Y(2:end-1).^(n-1)).*D0Mat(2:end-1,:);

Vectorize nested for loops

Jacobian=D2Mat(2:end-1,:)+(2./XCheb(2:end-1)).*D1Mat(2:end-1,:)+((xi^2)*n*Y(2:end-1).^(n-1)).*D0Mat(2:end-1,:);

1 giorno ago | 0

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