Theta is the classical Greek letter. It looks like an 'O', with an horizontal line through it.
It is used as an angular symbol in Trigonometry.
e.g.
Sin (Theta) = 0.5
So inverting Theta = 30 degrees.
That depends on the value of the angle, theta. csc is short for "cosecans", and is the reciprocal of the sine. That is, csc theta = 1 / sin theta.
You can use the Pythagorean identity to solve this:(sin theta) squared + (cos theta) squared = 1.
4Sin(theta) = 2 Sin(Theta) = 2/4 = 1/2 - 0.5 Theta = Sin^(-1) [0.5] Theta = 30 degrees.
Theta is just a Greek letter used to denote measurement of angle. Sine is a trigonometric function, i.e., the ratio of the side opposite to the angle theta to the hypotenuse of the triangle. So Sine theta means the value of sine function for angle theta, where theta is any angle.
-0.5736
tan (theta x theta) : must square the value of the angle, theta, before applying the trig function, tangent.
0.75
True
That depends on the value of the angle, theta. csc is short for "cosecans", and is the reciprocal of the sine. That is, csc theta = 1 / sin theta.
No, they cannot all be negative and retain the same value for theta, as is shown with the four quadrants and their trigonemtric properties. For example, in the first quadrant (0
Your question is insufficiently precise, but I'll try to answer anyway. "Sine squared theta" usually means "the value of the sine of theta, quantity squared". "Sine theta squared" usually means "the value of the sine of the quantity theta*theta". The two are not at all the same.
theta = arcsin(0.0138) is the principal value.
Any value for which sin(theta) = 0, i.e. theta = N*180, N being an Integer.
You can use the Pythagorean identity to solve this:(sin theta) squared + (cos theta) squared = 1.
answer is 2.34 degrees answer is 2.34 degrees
sin-1 (0.91) = about 1.14328 radians.
The answer will depend on where, in the sine function, the x-value appears: For example, its roles in f(x) = sin(x), or f(x, theta) = x*sin(theta) or f(x, theta) = sin(x*theta) f(theta) = sin(theta + x) are quite different.