Determine the Quadrant in which the Angle Lies

The video tutorial explains how to determine the quadrant of a radian measure of 6.02. It starts by discussing the counterclockwise direction of positive radian measures and the importance of starting from the initial side. The tutorial approximates pi as 3.14 and explains the significance of pi/2, pi, and 2pi in identifying quadrants. It uses decimal approximation to show that 6.02 radians falls in the 4th quadrant. The video concludes with tips on understanding quadrants and converting angles to radians.

What is the range of values for angles in radians discussed in the text?

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How does the angle of 6.02 radians relate to the X-axis?

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