360 babes
Consider a square... 4 angles of 90o...
The sum of the four inside angles in any 4-sided figure is 360 degrees.
The sum of all four angles inside any 4-sided figure is always 360 degrees.
The sum of the interior angles of any n-sided figure is (2n - 4) right angles or (180n - 360) degrees
360 babes
Consider a square... 4 angles of 90o...
The sum of the four inside angles in any 4-sided figure is 360 degrees.
The sum of the interior angles of any n-sided plane figure is (2n-4) right angles. In your case n = 4 so sum is 4 right angles ie 360 degrees.
The sum of all four angles inside any 4-sided figure is always 360 degrees.
For any n-sided plane figure the interior angles total 2n - 4 right angles.
If consecutive angles of a 4-sided figure were complementary, then all four of themwould add up to 180°. But that's a problem, because we all know that the sum of allfour angles in any 4-sided figure is always 360°. So the answer must be: 'No'.
The formula is (2N - 4) right angles That is (30 x 2 - 4) right angles That is 56 right angles where a right angle is 90 degrees
The sum of the interior angles of any n-sided figure is (2n - 4) right angles or (180n - 360) degrees
No. The sum of the interior angles of any figure is [ 180 degrees x (2 less than the number of sides) ]. Any triangle . . . 180 degrees Any 4-sided figure, including a rhombus . . . 360 degrees Any 5-sided figure . . . 540 degrees Any 6-sided figure . . . 720 degrees . . . etc.
None. All angles are 108 degrees. Sum of interior angles of n-sided figure = (2n - 4) right angles. In a pentagon this is 540 degrees
360 degrees