All ISEE Lower Level Quantitative Resources
Example Questions
Example Question #1 : How To Find A Triangle On A Coordinate Plane
Find the area of the above triangle--given that it has a base of and a height of .
square units
square units
square units
square units
square units
To find the area of the right triangle apply the formula:
Thus, the solution is:
Example Question #1 : How To Find A Triangle On A Coordinate Plane
The above triangle has a base of and a height of . Find the area.
square units
square units
square units
square units
square units
To find the area of this right triangle apply the formula:
Thus, the solution is:
Example Question #2 : How To Find A Triangle On A Coordinate Plane
The above triangle has a base of and a height of . Find the length longest side (the hypotenuse).
In order to find the length of the longest side of the triangle (hypotenuse), apply the formula:
, where and are equal to and , respectively. And, the hypotenuse.
Thus, the solution is:
Example Question #132 : Coordinate Geometry
The triangle shown above has a base of and height of . Find the area of the triangle.
square units
square units
square units
square units
square units
To find the area of this triangle apply the formula:
Thus, the solution is:
Example Question #3 : How To Find A Triangle On A Coordinate Plane
At which of the following coordinate points does this triangle intersect with the -axis?
This triangle only intersects with the vertical -axis at one coordinate point: . Keep in mind that the represents the value of the coordinate and represents the value of the coordinate point.
Example Question #133 : Coordinate Geometry
The triangle shown above has a base of and height of . Find the perimeter of the triangle.
The perimeter of this triangle can be found using the formula:
Thus, the solution is:
Example Question #3 : How To Find A Triangle On A Coordinate Plane
The above triangle has a height of and a base with length . Find the area of the triangle.
square units
square units
square units
square units
square units
In order to find the area of this triangle apply the formula:
Example Question #138 : Coordinate Geometry
The triangle shown above has a base of and height of . Find the length of the longest side of the triangle (the hypotenuse).
In order to find the length of the longest side of the triangle (hypotenuse), apply the formula:
, where and are equal to and , respectively. And, the hypotenuse.
Thus, the solution is:
Example Question #141 : Coordinate Geometry
The above triangle has a height of and a base with length . Find the hypotenuse (the longest side).
In order to find the length of the longest side of the triangle (hypotenuse), apply the formula:
, where and are equal to and , respectively. And, the hypotenuse.
Thus, the solution is:
Example Question #142 : Coordinate Geometry
The above triangle has a height of and a base with length . Find the perimeter of the triangle.
The perimeter of this triangle can be found using the formula:
Thus, the solution is:
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