D. Look at Quadrant IV. What values can the $$ x $$-coordinate of an ordered pair in this quadrant have? What values can the $$ y $$-coordinate have?

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In the Cartesian coordinate system, **Quadrant IV** is located where the $$ x $$-values are positive, and the $$ y $$-values are negative. Here's a breakdown:

- **$$ x $$-coordinate:**  
  - **Values:** Positive  
  - **Description:** Any ordered pair in Quadrant IV will have an $$ x $$-coordinate greater than zero.  
  - **Example:** If an ordered pair is $$(3, -2)$$, the $$ x $$-coordinate is $$ 3 $$, which is positive.

- **$$ y $$-coordinate:**  
  - **Values:** Negative  
  - **Description:** Any ordered pair in Quadrant IV will have a $$ y $$-coordinate less than zero.  
  - **Example:** In the ordered pair $$(3, -2)$$, the $$ y $$-coordinate is $$ -2 $$, which is negative.

**Summary:**
- **$$ x $$-coordinate:** Positive
- **$$ y $$-coordinate:** Negative

This means that any point $$(x, y)$$ in Quadrant IV satisfies the conditions:
$$
x > 0 \quad \text{and} \quad y < 0
$$
In Quadrant IV, the $$ x $$-coordinate is positive and the $$ y $$-coordinate is negative.

D. Look at Quadrant IV. What values can the \( x \)-coordinate of an ordered pair in this quadrant have? What values can the \( y \)-coordinate have?

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