\( \theta=\frac{2 \pi}{7} \) radians, \( \omega=\frac{2 \pi}{3} \) radian per minute Use formula \( \omega=\frac{\theta}{t} \) to find the value of the missing variable.

Find an angle \( \theta \) with \( 0^{\circ}<\theta<360^{\circ} \) that has the same: Sine function value as \( 290^{\circ} \) \( \theta=\square \) degrees Cosine function value as \( 290^{\circ} \) \( \theta=\square \) degrees

Sine function value as \( 320^{\circ} \) \( \theta=\square \) degrees Cosine function value as \( 320^{\circ} \) \( \theta=\square \) degrees

Find an angle \( \theta \) with \( 0^{\circ}<\theta<360^{\circ} \) that has the same: Sine function value as \( 320^{\circ} \) \( \theta=\square \) degrees Cosine function value as \( 320^{\circ} \) \( \theta=\square \) degrees

Find an angle \( \theta \) with \( 0^{\circ}<\theta<360^{\circ} \) that has the same: Sine function value as \( 290^{\circ} \) \( \theta=\square \) degrees

Sine function value as \( 320^{\circ} \) \( \theta=\square \) degrees