Find the argument of the complex number 0, minus, 6, i0−6i in the interval 0, degrees, is less than or equal to, theta, is less than, 360, degrees0 ∘ ≤θ<360 ∘ , rounding to the nearest tenth of a degree if necessary.Answer

Find the argument of the complex number 8, minus, 5, i8−5i in the interval 0, degrees, is less than or equal to, theta, is less than, 360, degrees0 ∘ ≤θ<360 ∘ , rounding to the nearest tenth of a degree if necessary.

Find the argument of the complex number minus, 7, plus, 7, i−7+7i in the interval 0, degrees, is less than or equal to, theta, is less than, 360, degrees0 ∘ ≤θ<360 ∘ , rounding to the nearest tenth of a degree if necessary.

Solve for all values of thetaθ, such that 0, degrees, is less than or equal to, theta, is less than, 360, degrees0 ∘ ≤θ<360 ∘ , rounding all values to the nearest tenth.6, cosecant, theta, plus, 6, equals, 06cscθ+6=0

Find all angles, 0, degrees, is less than or equal to, theta, is less than, 360, degrees, comma0 ∘ ≤θ<360 ∘ , that satisfy the equation below, to the nearest tenth of a degree.tangent, left parenthesis, theta, right parenthesis, equals, minus, one sixthtan(θ)=− 61​

Find all angles, 0, degrees, is less than or equal to, theta, is less than, 360, degrees, comma0 ∘ ≤θ<360 ∘ , that satisfy the equation below, to the nearest tenth of a degree.sine, left parenthesis, theta, right parenthesis, equals, minus, start fraction, square root of, 3, end square root, divided by, 8, end fractionsin(θ)=− 83​ ​