In which quadrant does the point (-3, 2) lie on the Cartesian plane?

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Multiple Choice

In which quadrant does the point (-3, 2) lie on the Cartesian plane?

Explanation:
To determine the quadrant in which the point (-3, 2) lies, we analyze the signs of the x-coordinate and the y-coordinate. The x-coordinate is -3, which is negative, and the y-coordinate is 2, which is positive. In the Cartesian plane, the quadrants are defined based on the signs of the coordinates: - Quadrant I contains points where both x and y are positive. - Quadrant II contains points where x is negative and y is positive. - Quadrant III contains points where both x and y are negative. - Quadrant IV contains points where x is positive and y is negative. Since the given point has a negative x-coordinate and a positive y-coordinate, it falls into Quadrant II. This consistent rule about the signs of the coordinates helps identify which quadrant a point belongs to easily.

To determine the quadrant in which the point (-3, 2) lies, we analyze the signs of the x-coordinate and the y-coordinate.

The x-coordinate is -3, which is negative, and the y-coordinate is 2, which is positive. In the Cartesian plane, the quadrants are defined based on the signs of the coordinates:

  • Quadrant I contains points where both x and y are positive.

  • Quadrant II contains points where x is negative and y is positive.

  • Quadrant III contains points where both x and y are negative.

  • Quadrant IV contains points where x is positive and y is negative.

Since the given point has a negative x-coordinate and a positive y-coordinate, it falls into Quadrant II. This consistent rule about the signs of the coordinates helps identify which quadrant a point belongs to easily.

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