if it is 90 degrees.it means that it look like its corner of a square or a rectangle.
To find unknown sides or angles of a triangle. For triangle ABC, if C is a right angle and you are using angle A the side a is the opposite of A, side b is the adjacent side of angle A and c is the hypotenuse. Ex: Sin A = a/c, if you know any 2 you can solve for the 3rd. Cos A = b/c, if you know any 2 you can solve for the 3rd. Tan A = a/b, and again, if you know any 2 you can solve for the 3rd.
Use the formula for the area of a circular sector, and solve for the angle.For a circular sector: area = radius squared times angle / 2 (Note: The angle is supposed to be expressed in radians; and in this specific problem, there is no need to convert it to degrees.) Since you know the area and the radius (according to the comments added to this question), you can solve for the angle. Once you know the angle (in radians!), the arc length is simply angle x radius.
lol hahaha
Yes they do - the angle of the hands is 150 degrees.
You need a bit more information to solve that one, because it's not clear whether the angle is opposite the leg you know or adjacent to it. If the angle is adjacent to the known leg, then divide the length of the leg by the cosine of the angle. If the angle is opposite the known leg, then divide its length by the sine of the angle.
The two hands make an angle of 155 degrees (and 205 degrees).
Oh, dude, solving vertical angles is like a walk in the park! You just need to remember that vertical angles are always congruent, which means they have the same measure. So, if you know the measure of one vertical angle, you automatically know the measure of its pair. Just set up an equation and solve for the missing angle measure. Easy peasy!
The angle in which the hands of the clock make at five o'clock is 150o.
right angle
When the clock is at 3 o'clock, the hands form a right angle which measures 90 degrees.
The angle is 90 degrees.
it means that the world is in your hands