All ISEE Lower Level Quantitative Resources
Example Questions
Example Question #179 : Geometry
Charlie just moved into a new house with a fenced in yard. The fence is meters long and meters wide. What is the area of his yard?
The formula to find area is . We are given the length and the width from the problem, so we can plug those values into our equation and solve.
*Area is the number of square units inside a shape, which is why area is always written with square units.
Example Question #180 : Geometry
There is a park in Hannah's new neighborhood that is meters long and meters wide. What is the area of the park?
The formula to find area is . We are given the length and the width from the problem, so we can plug those values into our equation and solve.
*Area is the number of square units inside a shape, which is why area is always written with square units.
Example Question #181 : Geometry
Angie has a pool in her backyard that is meters long and meters wide. How much space does the pool take up in her backyard?
The formula to find area is . We are given the length and the width from the problem, so we can plug those values into our equation and solve.
*Area is the number of square units inside a shape, which is why area is always written with square units.
Example Question #182 : Geometry
Sandy has a pool in her backyard that is meters long and meters wide. How much space does the pool take up in her backyard?
The formula to find area is . We are given the length and the width from the problem, so we can plug those values into our equation and solve.
*Area is the number of square units inside a shape, which is why area is always written with square units.
Example Question #183 : Geometry
There is a park in Hank's new neighborhood that is meters long and meters wide. What is the area of the park?
The formula to find area is . We are given the length and the width from the problem, so we can plug those values into our equation and solve.
*Area is the number of square units inside a shape, which is why area is always written with square units.
Example Question #184 : Geometry
Justin just moved into a new house with a fenced in yard. The fence is meters long and meters wide. What is the area of his yard?
The formula to find area is . We are given the length and the width from the problem, so we can plug those values into our equation and solve.
*Area is the number of square units inside a shape, which is why area is always written with square units.
Example Question #311 : Quadrilaterals
Nancy is going to replace the carpet in her living room. Her living room is meters long and meters wide. How much carpet will Nancy need to cover the living room?
The formula to find area is . We are given the length and the width from the problem, so we can plug those values into our equation and solve.
*Area is the number of square units inside a shape, which is why area is always written with square units.
Example Question #186 : Geometry
Megan is going to replace the carpet in her living room. Her living room is meters long and meters wide. How much carpet will Megan need to cover the living room?
The formula to find area is . We are given the length and the width from the problem, so we can plug those values into our equation and solve.
*Area is the number of square units inside a shape, which is why area is always written with square units.
Example Question #187 : Geometry
Mark is going to retile his bathroom floor. His bathroom is meters long and meters wide. What is the area that he will retile?
The formula to find area is . We are given the length and the width from the problem, so we can plug those values into our equation and solve.
*Area is the number of square units inside a shape, which is why area is always written with square units.
Example Question #188 : Geometry
Emily is digging a garden in her backyard that is meters long and meters wide. What is the area of her garden?
The formula to find area is . We are given the length and the width from the problem, so we can plug those values into our equation and solve.
*Area is the number of square units inside a shape, which is why area is always written with square units.