Examples of using The laplace transform in English and their translations into Hebrew
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Then if you take the Laplace transform of that, that means that F of s is equal to s
So the Laplace transform of e to the t cosine of t became s minus 1 over s minus 1 squared plus 1.
We can now figure out the Laplace transform of a higher power in terms of the one power lower that,
Whatever my exponent is, the Laplace transform has an s in the denominator with one larger exponent.
The Laplace transform of any function is equal to the integral from 0 to infinity of that function times e to the minus st, dt.
Let's say I wanted to take the Laplace transform of the sum of the-- we call it the weighted sum of two functions.
And I think where I left, I said that I would do a non-homogenous linear equation using the Laplace Transform.
The Laplace transform of t squared is equal to 2/s times the Laplace transform of t, of just t to the 1, right?
we figured out the Laplace transform of cosine of a t and the Laplace transform of really any polynomial, right?
So this is equal to c1 times the Laplace transform of f of t, plus c2 times-- this is the Laplace transform-- the.
if I were to just take the Laplace Transform of f of t,
The Laplace transform of f of t is equal to the integral from 0 to infinity of e to the
just take the Laplace transform.
So the Laplace transform of our shifted delta function times some other function is equal to e to the minus sc times f of c.
let's say I want to take the Laplace Transform of the second derivative of y.
So the Laplace transform of our shifted delta function t minus c times some function f of t, it equals e to the minus c.
Now we can divide both sides of this equation by s squared plus 1, and we get the Laplace Transform of Y.
And then plus 4 times the Laplace transform of y is equal to-- what's the Laplace transform of sine of t?