Quadrilaterals - ISEE Middle Level Quantitative Reasoning

Card 0 of 2125

Question

Joe has a piece of wallpaper that is by . How much of a wall can be covered by this piece of wallpaper?

Answer

This problem asks us to calculate the amount of space that the wallpaper will cover. The amount of space that something covers can be described as its area. In this case area is calculated by using the formula $A=l \times w$

$A=7\times2$

Compare your answer with the correct one above

Question

Joe has a piece of wallpaper that is by . How much of a wall can be covered by this piece of wallpaper?

Answer

This problem asks us to calculate the amount of space that the wallpaper will cover. The amount of space that something covers can be described as its area. In this case area is calculated by using the formula $A=l \times w$

$A=9\times6$

Compare your answer with the correct one above

Question

Joe has a piece of wallpaper that is by . How much of a wall can be covered by this piece of wallpaper?

Answer

This problem asks us to calculate the amount of space that the wallpaper will cover. The amount of space that something covers can be described as its area. In this case area is calculated by using the formula $A=l \times w$

$A=5\times3$

Compare your answer with the correct one above

Question

Joe has a piece of wallpaper that is by . How much of a wall can be covered by this piece of wallpaper?

Answer

This problem asks us to calculate the amount of space that the wallpaper will cover. The amount of space that something covers can be described as its area. In this case area is calculated by using the formula $A=l \times w$

$A=9\times7$

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to split the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=7\times 5$ $A=6\times 4$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=6\times 2$ $A=5\times 2$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=7\times 2$ $A=6\times 3$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=9\times 8$ $A=8\times 3$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=4\times 6$ $A=4\times 2$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=5\times 5$ $A=3\times 3$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=4\times 2$ $A=9\times 4$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=3\times 3$ $A=11\times 2$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=8\times 5$ $A=6\times 4$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=2\times 12$ $A=2\times 2$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=2\times 4$ $A=4\times 1$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=3\times 3$ $A=2\times 1$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=6\times 8$ $A=7\times 5$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=7\times 3$ $A=6\times 3$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=8\times 3$ $A=7\times 4$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

Question

What is the area of the figure below?

Answer

To find the area of the figure above, we need to slip the figure into two rectangles.

Using our area formula, $A=l\times w$ , we can solve for the area of both of our rectangles

$A=10\times 9$ $A=9\times 4$

To find our final answer, we need to add the areas together.

Compare your answer with the correct one above

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