A full rotation takes 360 degrees. 1309 divided 360 is a little over 3. That mean that it requires 3 full rotations plus change. 1309 - 3(360) = 131. 131 degrees, which is greater than 90 but smaller than 180, is found in the second quadrant.
If you mean (-4, 7) then it is in the 2nd quadrant on the Cartesian plane
If you mean (5, 2) then it is in the 1st quadrant on the Cartesian plane
If you mean the point (7, 9) then it is in the 1st quadrant
A quadrant is a section of a circle or shape that has been equally divided into those four sections.
Yes, it is possible to have a rotation that starts and ends in the same quadrant. For example, if an object is rotated by an angle of 90 degrees, it will move to a different quadrant, but a rotation of 360 degrees or any multiple of 360 degrees will bring it back to the original position in the same quadrant. Therefore, a rotation can begin and end in the same quadrant depending on the angle of rotation.
what does quadrant mean
A full rotation takes 360 degrees. 1309 divided 360 is a little over 3. That mean that it requires 3 full rotations plus change. 1309 - 3(360) = 131. 131 degrees, which is greater than 90 but smaller than 180, is found in the second quadrant.
If you mean (-4, 7) then it is in the 2nd quadrant on the Cartesian plane
It was state capitalist. Not sure what you mean by quadrant, though.
If you mean (5, 2) then it is in the 1st quadrant on the Cartesian plane
Lower right quadrant
If you mean point (2, 5) then it is in the 1st quadrant on the Cartesian plane
If you mean the point (7, 9) then it is in the 1st quadrant
if you have a shape in quadrant 1 of a coordinate plane and another shape in quadrant 2, rotate the shape in quadrant 1 to the right 90 degrees. It, when rotated, the shape in quadrant 1 is congruent to the shape in quadrant 2, then they are rotationally symmetrical.
A quadrant is a section of a circle or shape that has been equally divided into those four sections.
A quarter of a circle.