Q: Why angle is taken as double in mohr's circle?

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A complete circle is 360 degrees. If one angle is given, then that angle can be taken away. For instance: an angle of 90 degrees is a quarter of a circle - measured clockwise from 0. 90 degrees from 360 means that 3/4 or 270 degrees is remaining.

Repetitive behavior can be described by a point moving in a circle. The time of repetition is equivalent to time taken by that particle to complete that circle. When the point moves in a circle, its angle changes from 0 to 360 degrees; all of these values can be given by a sine function or a cosine function.

The angle of reference is in the first quadrant, and 90 degrees angle is not in the quadrant.

yes , there is a outer circle near the goal from where the goal is to be taken.

The idea is that three lines coming out from the center point of a circle (three radii) form three angles -- imagine, for an easy example, the Mercedes-Benz logo. Then the question is: if two of the angles each measure 130 degrees, what does the third angle measure? Well, the first two together measure 260 degrees. So, how many degrees in a circle overall are left, once 260 are taken out? There are 360 degrees in a circle, so the answer is 100.

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A complete circle is 360 degrees. If one angle is given, then that angle can be taken away. For instance: an angle of 90 degrees is a quarter of a circle - measured clockwise from 0. 90 degrees from 360 means that 3/4 or 270 degrees is remaining.

Repetitive behavior can be described by a point moving in a circle. The time of repetition is equivalent to time taken by that particle to complete that circle. When the point moves in a circle, its angle changes from 0 to 360 degrees; all of these values can be given by a sine function or a cosine function.

The angle of reference is in the first quadrant, and 90 degrees angle is not in the quadrant.

yes , there is a outer circle near the goal from where the goal is to be taken.

This question is unanswerable because it is not specified what is that is being taken as a percent of a circle.

The idea is that three lines coming out from the center point of a circle (three radii) form three angles -- imagine, for an easy example, the Mercedes-Benz logo. Then the question is: if two of the angles each measure 130 degrees, what does the third angle measure? Well, the first two together measure 260 degrees. So, how many degrees in a circle overall are left, once 260 are taken out? There are 360 degrees in a circle, so the answer is 100.

It is not. The angle of reference is 2*pi radians or 360 degrees.

The broken line circle is a circle which is situated 5 meters from the circle. If there is a foul against the attacking side less than 5 meter of the circle the ball has put back on the broken line circle and the free hit has to be taken from there.

the law of reflection, which states that the angle of incidence is equal to the angle of reflection.

If pi is taken as 3.14 then:- Circumference of the circle = pi*18 units Area of the circle = pi*92 square units

The broken line circle is a circle which is situated 5 meters from the circle. If there is a foul against the attacking side less than 5 meter of the circle the ball has put back on the broken line circle and the free hit has to be taken from there.

full circle milk is like full cream milkk it hasent had any like fat taken out of it.