How to find the points on a coordinate plane - ISEE Lower Level Quantitative Reasoning

From the origin is to the right 5 and down 6 making it in quadrant IV.

Begin at point (0, 0) in the bottom left hand corner of the coordinate plane. From there, count the number of spaces you move to the right to line up with Point B. This will be the first number in the ordered pair. Next, count the number of spaces to move up until you reach Point B. This will be the second number in your ordered pair.

You should have counted 2 spaces to the right and 8 spaces up. The ordered pair for Point B is (2, 8).

Begin at point (0, 0) in the bottom left hand corner of the coordinate plane. From there, count the number of spaces you move to the right to line up with Point A. This will be the first number in the ordered pair. Next, count the number of spaces to move up until you reach Point A. This will be the second number in your ordered pair.

You should have counted 0 spaces to the right and 6 spaces up. The ordered pair for Point B is (0, 6).

Start at point (0, 0) in the bottom, left corner of the the coordinate plane. From there, count right 6 spaces. This is the first number in the given ordered pair. From that point, count up 7 spaces. This is the second number in the given ordered pair.

By moving right 6 and up 7, you should have found Point C.

Start at point (0, 0) in the bottom, left corner of the the coordinate plane. From there, count right 2 spaces. This is the first number in the given ordered pair. From that point, count up 8 spaces. This is the second number in the given ordered pair.

By moving right 2 and up 8, you should have found Point B.

Since the -axis runs vertically, the point that has the coordinate with the lowest absolute value will be closest to the -axis. Therefore, coordinate point has the shortest distance to the -axis, because the point is only a distance of away from the -axis. Every other coordinate point has an absolute distance of or more.

Two negative points will always be found in Quadrant III.

Although coordinate point has the largest value in comparison to the other answer choices--it is the closest point to the -axis becaues of the points value.

Compare the absolute value of each of the coordinate points values. Since, the absolute value of point is the lowest, the point has the shortest distance to the -axis.

Compare the absolute value of each of the coordinate points values. Since, the value of point has the greatest absolute value, this point has the farthest distance to the horizontal -axis.

Since the -axis runs vertically, the point that has the coordinate with the greatest absolute value will be farthest from the -axis. Therefore, coordinate point has the longest distance to the -axis, because the point is a distance of away from the -axis. Every other coordinate point has an absolute distance of or less.

To find the equation of the line that passes through coordinate point , plug the and values into each equation. The correct equation will end with a true statement.

The solution is:
,

To find the equation of the line that passes through coordinate point , plug the and values into each equation. The correct equation will end with a true statement.

The solution is:
,

To find the location on a coordinate plane we first look at the -axis, which runs horizontal and then the -axis, which runs vertical. We write the point on the -axis first, followed by the point on the -axis.

The red circle is over on the -axis and up on the -axis.

To find the location on a coordinate plane we first look at the -axis, which runs horizontal and then the -axis, which runs vertical. We write the point on the -axis first, followed by the point on the -axis.

The purple circle is over on the -axis and up on the -axis.

To find the location on a coordinate plane we first look at the -axis, which runs horizontal and then the -axis, which runs vertical. We write the point on the -axis first, followed by the point on the -axis.

The yellow circle is over on the -axis and up on the -axis.

To find the location on a coordinate plane we first look at the -axis, which runs horizontal and then the -axis, which runs vertical. We write the point on the -axis first, followed by the point on the -axis.

The gray circle is over on the -axis and up on the -axis.

To find the location on a coordinate plane we first look at the -axis, which runs horizontal and then the -axis, which runs vertical. We write the point on the -axis first, followed by the point on the -axis.

The pink circle is over on the -axis and up on the -axis.

To find the location on a coordinate plane we first look at the -axis, which runs horizontal and then the -axis, which runs vertical. We write the point on the -axis first, followed by the point on the -axis.

The orange circle is over on the -axis and up on the -axis.

To find the location on a coordinate plane we first look at the -axis, which runs horizontal and then the -axis, which runs vertical. We write the point on the -axis first, followed by the point on the -axis.

The green circle is over on the -axis and up on the -axis.

To find the location on a coordinate plane we first look at the -axis, which runs horizontal and then the -axis, which runs vertical. We write the point on the -axis first, followed by the point on the -axis.

The red triangle is over on the -axis and up on the -axis.