The angle would be 82.4053 degrees, or 82.4 correct to the nearest tenth of a degree.
It is: tan^-1*(0.8) = 38.7 degrees
1.3 or 4.4 radians 81.8 or 281.8 grads 73.6 or 253.6 degrees 0.2 or 0.7 revolution
Each exterior is 360/7 = 51.4 degrees to the nearest tenth
To the nearest tenth, the interior angle of a regular pentagon is 108.0o In a regular pentagon, the sum of the interior angles is (5 - 2) x 1800 = 3 x 1800 = 540o In a regular pentagon, the interior angles are all the same size and are 5400 ÷ 5 = 108o which to the nearest tenth is 108.0o
The angle would be 82.4053 degrees, or 82.4 correct to the nearest tenth of a degree.
It is: tan^-1*(0.8) = 38.7 degrees
1.3 or 4.4 radians 81.8 or 281.8 grads 73.6 or 253.6 degrees 0.2 or 0.7 revolution
900/7 = 128.6 degrees rounded to the nearest tenth
Each exterior angle will measure 360/18 = 20.0 degrees
Each exterior is 360/7 = 51.4 degrees to the nearest tenth
23.7
27.7 Rounded to the nearest tenth. Just do 360 divided by 13.
If cos y = 0.5135 then y = 59.1°.
To the nearest tenth, the interior angle of a regular pentagon is 108.0o In a regular pentagon, the sum of the interior angles is (5 - 2) x 1800 = 3 x 1800 = 540o In a regular pentagon, the interior angles are all the same size and are 5400 ÷ 5 = 108o which to the nearest tenth is 108.0o
The angle would be .4 if you rounded it to the nearest 10th degree
6.5