Transforms of Periodic Functions - Differential Equations
Card 1 of 4
Find the Laplace transform of the periodic function.
Find the Laplace transform of the periodic function.
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This particular piecewise function is called a square wave. The period of this function is the length at which it takes the function to return to its starting point.
For this particular function
it has a period of
.
and furthermore,
Using the Transform of a Periodic Function Theorem which states,
the problem can be solved as follows.
This particular piecewise function is called a square wave. The period of this function is the length at which it takes the function to return to its starting point.
For this particular function
it has a period of
and furthermore,
Using the Transform of a Periodic Function Theorem which states,
the problem can be solved as follows.
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Find the Laplace transform of the periodic function.
Find the Laplace transform of the periodic function.
Tap to reveal answer
This particular piecewise function is called a square wave. The period of this function is the length at which it takes the function to return to its starting point.
For this particular function
it has a period of
.
and furthermore,
Using the Transform of a Periodic Function Theorem which states,
the problem can be solved as follows.
This particular piecewise function is called a square wave. The period of this function is the length at which it takes the function to return to its starting point.
For this particular function
it has a period of
and furthermore,
Using the Transform of a Periodic Function Theorem which states,
the problem can be solved as follows.
← Didn't Know|Knew It →
Find the Laplace transform of the periodic function.
Find the Laplace transform of the periodic function.
Tap to reveal answer
This particular piecewise function is called a square wave. The period of this function is the length at which it takes the function to return to its starting point.
For this particular function
it has a period of
.
and furthermore,
Using the Transform of a Periodic Function Theorem which states,
the problem can be solved as follows.
This particular piecewise function is called a square wave. The period of this function is the length at which it takes the function to return to its starting point.
For this particular function
it has a period of
and furthermore,
Using the Transform of a Periodic Function Theorem which states,
the problem can be solved as follows.
← Didn't Know|Knew It →
Find the Laplace transform of the periodic function.
Find the Laplace transform of the periodic function.
Tap to reveal answer
This particular piecewise function is called a square wave. The period of this function is the length at which it takes the function to return to its starting point.
For this particular function
it has a period of
.
and furthermore,
Using the Transform of a Periodic Function Theorem which states,
the problem can be solved as follows.
This particular piecewise function is called a square wave. The period of this function is the length at which it takes the function to return to its starting point.
For this particular function
it has a period of
and furthermore,
Using the Transform of a Periodic Function Theorem which states,
the problem can be solved as follows.
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