Examples of 'cosine squared' in a sentence
Meaning of "cosine squared"
cosine squared - In mathematics, cosine squared refers to the trigonometric function cosine(x) raised to the power of 2
How to use "cosine squared" in a sentence
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cosine squared
That just became cosine squared of theta.
Cosine squared of theta is equal to sine squared of theta.
This is equal to cosine squared a minus sine squared a.
And this is how you write cosine squared.
And the square root of cosine squared theta is going to be cosine theta.
You have a sine squared and a cosine squared.
Plus cosine squared of t.
So this thing right here is cosine squared of theta.
So cosine squared of theta.
Instead of writing cosine squared of theta.
Cosine squared of theta, and then cosine squared of theta.
Sine squared plus cosine squared equals one.
Or we could say that that equals 1 over cosine squared.
This is equal to a squared times cosine squared of s plus sine squared of s.
You could do sine squared is equal to 1 minus cosine squared.
See also
Minus cosine squared dt.
We have a sine of s times cosine squared of t.
Right? cosine squared theta is one minus sine squared of theta.
We have a squared cosine squared of s.
Cosine squared of a, sometimes it 's called the power reduction identity right there.
So plus sine squares of theta over cosine squared of theta.
Plus a squared cosine squared of s, cosine squared of t.
And we are going to take the square root of cosine squared of theta.
Now 1 is just cosine squared over cosine squared.
So this is equal to dy dx times x over y squared plus cosine squared of x over y.
So sine squared plus cosine squared of the same angle is 1.
I do not know how to take the antiderivative of cosine squared of tau.
Cosine of 2a is equal to the cosine squared of a minus the sine squared of a.
If we square this side, you get a squared b squared cosine squared.
That equals 1 over cosine squared of theta.
I have sine squared, sine of theta time sine of theta over cosine squared.
The sine squared of a plus the cosine squared of a is equal to 1.
Minus 3 cosine squared of x is equal to 1 plus cosine of x.
The antenna element voltage levels have a raised cosine squared distribution.
Minus sine squared was cosine squared, take the radical, you get cosine squared.
Well, we have sine squared of t plus cosine squared of t.
Now what 's cosine squared plus sine squared?
This action right here, this is just cosine squared of theta.
That 's cosine squared of theta.
Now this is obviously equal to 4 times cosine squared of theta d theta.
This is equal to cosine squared a minus sine squared a. That's interesting.
So we know that sine squared theta plus cosine squared theta is equal to 1.
Minus 1 minus cosine squared of a . That 's what I just substituted for the sine squared of a.
We learned that sine squared theta plus cosine squared theta is equal to 1.
But cosine squared of theta can be rewritten as 1/2 times 1 plus cosine of 2 theta.
Sin squared of theta plus cosine squared of theta is equal to 1.
This is going to be equal to 4 sine squared of t plus 4 cosine squared of t.
Minus 1 minus cosine squared of a.
So that 's just the derivative of tangent is 1 over cosine squared.
We can simplify a little bit . 3 minus 3 cosine squared of x is equal to 1 plus cosine of x.
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Examples of using Cosine
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We have gone from e to the x cosine of x to e to the x sine of x
Times cosine of minus mu x plus i sine of minus mu x
Is equal to the cosine over the sine
Examples of using Squared
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I squared the account with that rattlesnake
Metres per second squared vibration magnitude
So x squared over y squared is equal to x over y squared
