This lesson covers locating ordered pairs on the coordinate plane, focusing on drawing and labeling the x-axis, y-axis, and quadrants. It explains the origin and how to graph points on the axes and in the quadrants. The lesson also explores patterns in coordinates and concludes with a review of key concepts.

What are the two main learning targets for this lesson on the coordinate plane?

• To solve real-world problems and use absolute value to find distances.

• To memorize the names of all quadrants and axes.

• To calculate the area of shapes on the coordinate plane.

• To draw perfect circles on the coordinate plane.

Which statement is true about the x-axis?

• It is a horizontal line with only whole numbers.

• It is a diagonal line with only negative numbers.

• It is a horizontal line with both positive and negative numbers.

• It is a vertical line with only positive numbers.

What is the significance of the origin on the coordinate plane?

• It is the point where the x-axis and y-axis intersect.

• It is the midpoint of the coordinate plane.

• It is the highest point on the y-axis.

• It is the farthest point on the x-axis.

If a point lies on the x-axis, what must be true about its coordinates?

• The y-coordinate is zero.

• The x-coordinate is zero.

• The x-coordinate is positive.

• Both coordinates are zero.

Which quadrant contains points with both positive x and y coordinates?

• Quadrant III

• Quadrant II

• Quadrant IV

• Quadrant I

What is the pattern for coordinates in Quadrant III?

• The x-coordinate is positive, and the y-coordinate is negative.

• Both coordinates are negative.

• Both coordinates are positive.

• The x-coordinate is negative, and the y-coordinate is positive.

Why are the regions on the coordinate plane called quadrants?

• Because they are divided into four regions.

• Because they are divided into five regions.

• Because they are divided into three regions.

• Because they are divided into two regions.

If a point has coordinates (0, 5), where is it located?

• In Quadrant II

• On the y-axis

• On the x-axis

• In Quadrant I

What must be true for a point to be at the origin?

• Both coordinates are positive.

• Both coordinates are negative.

• Both coordinates are zero.

• One coordinate is zero.

Which quadrant is known for having positive x-coordinates and negative y-coordinates?

• Quadrant III

• Quadrant IV

• Quadrant II

• Quadrant I