Which statement is true about the point (βˆ’1,β€‰βˆ’2)
?

A The y-coordinate is ​ βˆ’1 ​, the x-coordinate is ​ βˆ’2 ​, and the point lies in the third quadrant.

B The y-coordinate is ​ βˆ’1 ​, the x-coordinate is ​ βˆ’2 ​, and the point lies in the fourth quadrant.

C The x-coordinate is βˆ’1 , the y-coordinate is βˆ’2 , and the point lies in the fourth quadrant.

D The x-coordinate is ​ βˆ’1 ​, the y-coordinate is ​ βˆ’2 ​, and the point lies in the third quadrant.

Respuesta :

Answer:

D The x-coordinate is βˆ’1 , the y-coordinate is βˆ’2 , and the point lies in the third quadrant.

Explanation:

[POSITIVE, NEGATIVE] β†’ QUADRANT IIII

[NEGATIVE, NEGATIVE] β†’ QUADRANT III

[NEGATIVE, POSITIVE] β†’ QUADRANT II

[POSITIVE, POSITIVE] β†’ QUADRANT I

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Answer:

D The x-coordinate is ​ βˆ’1 ​, the y-coordinate is ​ βˆ’2 ​, and the point lies in the third quadrant.

Step-by-step explanation:

The point on a plane can be written by the following symbol: Β [tex](x, y)[/tex] where

x presents for the x-coordinate and y presents for the y-coordinate

In this question, we have the given point (βˆ’1,β€‰βˆ’2), so

  • The x-coordinate is ​ βˆ’1 ​
  • The y-coordinate is ​ βˆ’2

About the quadrant, as we know that, if

x and y are positive, the point will be in quadrant 1

x is negative and y is positive, the point will be in quadrant 2

x and y are negative, the point will be in quadrant 3

x is positive and y is negative, the point will be in quadrant 4

In this question, (βˆ’1,β€‰βˆ’2) are negative so we choose quadrant 3

The answer is:

D The x-coordinate is ​ βˆ’1 ​, the y-coordinate is ​ βˆ’2 ​, and the point lies in the third quadrant.

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