All SSAT Upper Level Math Resources
Example Questions
Example Question #701 : Ssat Upper Level Quantitative (Math)
The area of a right triangle is . If the base of the triangle is , what is the height, in meters?
To find the height, plug what is given in the question into the formula used to find the area of a triangle.
Use the information given in the question:
Now, solve for the height.
Example Question #37 : Properties Of Triangles
The area of a right triangle is , and the base is . What is the height, in meters?
To find the height, plug what is given in the question into the formula used to find the area of a triangle.
Use the information given in the question:
Now, solve for the height.
Example Question #38 : Properties Of Triangles
The area of a right triangle is . If the base of the triangle is , what is the length of the height, in inches?
To find the height, plug what is given in the question into the formula used to find the area of a triangle.
Use the information given in the question:
Now, solve for the height.
Example Question #1 : How To Find The Area Of A Right Triangle
Right Triangle A has hypotenuse 25 inches and one leg of length 24 inches; Right Triangle B has hypotenuse 15 inches and one leg of length 9 inches; Rectangle C has length 16 inches. The area of Rectangle C is the sum of the areas of the two right triangles. What is the width of Rectangle C?
The area of a right triangle is half the product of its legs. In each case, we know the length of one leg and the hypotenuse, so we need to apply the Pythagorean Theorem to find the second leg, then take half the product of the legs:
Right Triangle A:
The length of the second leg is
inches.
The area is
square inches.
Right Triangle B:
The length of the second leg is
inches.
The area is
square inches.
The sum of the areas is square inches.
The area of a rectangle is the product of its length and its height. Therefore, the height is the quotient of the area and the length, which, for Rectangle C, is inches.
Example Question #4 : Geometry
Right Triangle A has legs of lengths 10 inches and 14 inches; Right Triangle B has legs of length 20 inches and 13 inches; Rectangle C has length 30 inches. The area of Rectangle C is the sum of the areas of the two right triangles. What is the height of Rectangle C?
Insufficient information is given to determine the height.
The area of a right triangle is half the product of its legs. The area of Right Triangle A is equal to square inches; that of Right Triangle B is equal to square inches. The sum of the areas is square inches, which is the area of Rectangle C.
The area of a rectangle is the product of its length and its height. Therefore, the height is the quotient of the area and the length, which, for Rectangle C, is inches.
Example Question #1 : How To Find The Area Of A Right Triangle
A right triangle has leg lengths of . What is the area of this triangle?
Since the legs of a right triangle form a right angle, you can use these as the base and the height of the triangle.
Example Question #2 : How To Find The Area Of A Right Triangle
A right triangle has leg lengths of and . Find the area of the right triangle.
The legs of a right triangle also make up its base and its height.
Example Question #3 : How To Find The Area Of A Right Triangle
A right triangle has leg lengths of and . Find the area of this triangle.
The legs of a right triangle are also its height and its base.
Example Question #4 : How To Find The Area Of A Right Triangle
A right triangle has two legs of lengths and , respectively. What is the area of the right triangle?
The area of a right triangle with a base and a height can be found with the formula . Since the two legs of a right triangle are perpendicular to each other, we can use these as the base and height in the formula. Therefore:
Example Question #44 : Properties Of Triangles
A given right triangle has two legs of lengths and , respectively. What is the area of the triangle?
Not enough information to solve
The area of a right triangle with a base and a height can be found with the formula . Since the two legs of a right triangle are perpendicular to each other, we can use these as the base and height in the formula. Therefore:
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