Answer
positive
Work Step by Step
RECALL:
The quadrantal angles are:
Positive x-axis: $0$ radians;
Positive y-axis: $\frac{3.14}{2} = 1.57$ radians;
Negative x-axis: $3.14$ radians;
Negative y-axis: $4.61$ radians
Positive x-axis: $6.28$ radians
Thus, when moving counterclockwise from the positive x-axis, the angle $6,29$ radians is right after the positive x-axis after one rotation.
This means that the angle is in Quadrant I.
With $\tan{\theta}=\frac{y}{x}$, and since the values of $x$ and $y$ are both positive in Quadrant I, then $\tan{6.29}$ must be positive.
