Examples of 'theta is equal' in a sentence
Meaning of "theta is equal"
theta is equal: This phrase is commonly used in mathematics and physics, referencing the Greek letter 'theta' which represents an angle. It is used to indicate that two angles are equal to each other in a given context
How to use "theta is equal" in a sentence
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theta is equal
So tan of theta is equal to opposite over adjacent.
So this is what cosin of four theta is equal to.
Cosine of minus theta is equal to cosine of theta.
And this is the same thing as cosine of theta is equal to x / r.
Cosine of theta is equal to adjacent over hypotenuse.
So we see that sine of theta is equal to y.
Tangent of theta is equal to cotangent of five theta.
If we said what is sine of theta when theta is equal to pi over 2.
Then sine of theta is equal to opposite over hypotenuse.
Sin squared of theta plus cosine squared of theta is equal to 1.
So we say cosine of theta is equal to x over the hypotenuse.
So first let us think about what happens when theta is equal to 0.
Cosine squared of theta is equal to sine squared of theta.
We will use the same scale, so sine of theta is equal to one.
So cosine of theta is equal to this little adjacent side.
See also
So we know that sine squared theta plus cosine squared theta is equal to 1.
Now the sign of theta is equal to the y coordinate of.
We learned that sine squared theta plus cosine squared theta is equal to 1.
The cosine of theta is equal to x.
I get theta is equal to pi over twelve plus n times pi over six.
So the derivative of tangent of theta is equal to secant squared of theta.
Two theta is equal to pi over two minus four theta plus two pi n.
So our sine of theta is equal to b.
When theta is equal to pi, sine of theta is zero.
You can see two sine of theta is equal to four over s.
When theta is equal to pi over two, sine of theta is one.
So cosine of theta is equal to x.
And so if you multiply both sides by r, you get r sine theta is equal to y.
So cosine of theta is equal to the adjacent over the hypotenuse.
Psi plus psi is 2 psi minus theta is equal to 0.
So you get six theta is equal to pi over two plus n pi.
The coordinate of that -- the sine of theta is equal to y.
Cosine of theta is equal to the x-coordinate of this point.
And the tangent of theta is equal to y / x.
So when theta is equal to zero, sine of theta is zero.
What happens when we have theta is equal to pi radians?
When theta is equal to pi, sine of theta is 0 again.
And that tells us that cosine of theta is equal to adjacent over hypotenuse.
Sine of theta is equal to y / r, so let us substitute that there.
So we know that a cotangent of theta is equal to 1 over tangent theta.
Theta is equal to the arc sine of x minus 3 over 2.
And you get s cosine of theta is equal to the horizontal component.
Theta is equal to arctangent x over 6.
So now sine of theta is equal to negative 1.
Now, by definition, this means that the cosine of theta is equal to x.
Or we could say that theta is equal to arcsin of x over 2.
And so based on that, what is cosine of theta when theta is equal to 0?
And we are left with theta is equal to minus pi over 3 radians.
So we get r sine of theta minus 2r cosine of theta is equal to minus 3.
So let us say theta is equal to 0 semicolon 1.
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