Examples of 'sine squared' in a sentence
Meaning of "sine squared"
sine squared: In mathematics, particularly trigonometry, 'sine squared' refers to the sine of an angle, denoted as sin², raised to the power of 2. It is a common trigonometric function used to calculate angles, distances, and various geometric properties
How to use "sine squared" in a sentence
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sine squared
I am replacing this with sine squared of theta.
But the sine squared of a is this right there.
So now what about sine squared of x.
Cosine squared of theta is equal to sine squared of theta.
This is equal to cosine squared a minus sine squared a.
Sine squared plus cosine squared equals one.
The signal shape is approximately a sine squared pulse.
You have a sine squared and a cosine squared.
And then you are going to have this plus a squared sine squared of s.
I have a minus sine squared of a minus another sine squared of a.
And what trig identities involve a sine squared x?
Minus sine squared of a.
Now what if we wanted something in terms of the sine squared of a?
Well, we have sine squared of t plus cosine squared of t.
Times this thing ; this is the same thing as sine squared of t.
See also
Sine squared of x is equal to 1 plus cosine of x.
So plus a squared sine squared of s.
So sine squared plus cosine squared of the same angle is 1.
This sine times this sine is sine squared of t cosine of t.
The sine squared of a plus the cosine squared of a is equal to 1.
This is equal to a squared times cosine squared of s plus sine squared of s.
Right? cosine squared theta is one minus sine squared of theta.
So let us add a squared over sine squared y to both sides of this.
Minus sine squared was cosine squared, take the radical, you get cosine squared.
And then here we have 2 sine squared sine of t squared.
Sine squared of theta just means sine of theta squared, right?
Cosine of 2a is equal to the cosine squared of a minus the sine squared of a.
So this is going to be 2 times 2 squared times 1 minus sine squared theta.
You could do sine squared is equal to 1 minus cosine squared.
So if you square this you get a squared cosine squared of s, sine squared of t.
So we know that sine squared theta plus cosine squared theta is equal to 1.
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.
So that equals b sine -- b squared sine squared of theta.
Time sine squared of t, dt.
So we get 3 times sine squared of x.
Well, we have sine squared of t plus cosine squared of t. That 's nice.
Let's just write that's one minus sine squared of theta.
Well, this thing, sine squared plus cosine squared of any angle is 1.
Let me write that x minus 3 over 2 squared is equal to sine squared of theta.
So now what about sine squared of x Or sine of x-squared.
Sine squared of x plus cosine squared of x, or of theta, is just 1, right?
This is going to be equal to 4 sine squared of t plus 4 cosine squared of t.
So sine squared x is equal to 1 minus cosine squared x, right?
So what does sine squared x equal?
Let us set 2/3x squared, let us set that equal to sine squared of theta.
This is equal to cosine squared a minus sine squared a. That's interesting.
And then this one over here is minus 1/2 sine squared of t cosine of t.
Minus 1 minus cosine squared of a . That 's what I just substituted for the sine squared of a.
And then over here I have minus 1/2 sine squared t times cosine of t.
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I squared the account with that rattlesnake
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So x squared over y squared is equal to x over y squared
