Algebraic Concepts - ISEE Lower Level Quantitative Reasoning

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Question

The swing set is inches tall and the tree is inches tall. How much taller is the tree than the swing set?

Tap to reveal answer

Answer

This is a subtraction problem because we want to know how much taller the tree is compared to the swing set, or the difference in their height.

$$\frac{\begin{array}$[b]{r}57\ -\ 10\end{array}}{ \ \ \ \space 47}$

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Question

When counting by s, what number comes after

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Answer

When counting by s, we add to our previous number.

$$\frac{\begin{array}$[b]{r}45\ +\ 10\end{array}}{ \ \ \ \space 55}$

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Question

What is the equation that shows the sum of the squares represented by this rectangular array?

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Answer

When we count the number of squares in this picture we get . We have rows with squares in each row. Our math equation for this picture could be written as

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Question

The rectangular array shows $5\times 2$ .

What is another way to show $5\times 2?$

Tap to reveal answer

Answer

According to the commutative property, numbers can be multiplied in any order. This means that $5\times 2$ and $2\times5$ are equal.

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Question

What is the missing number?

,

Tap to reveal answer

Answer

In this series we are counting by . When counting by , is between and .

← Didn't Know|Knew It →

Question

The swing set is inches tall and the tree is inches tall. How much taller is the tree than the swing set?

Tap to reveal answer

Answer

This is a subtraction problem because we want to know how much taller the tree is compared to the swing set, or the difference in their height.

$$\frac{\begin{array}$[b]{r}57\ -\ 10\end{array}}{ \ \ \ \space 47}$

← Didn't Know|Knew It →

Question

When counting by s, what number comes after

Tap to reveal answer

Answer

When counting by s, we add to our previous number.

$$\frac{\begin{array}$[b]{r}45\ +\ 10\end{array}}{ \ \ \ \space 55}$

← Didn't Know|Knew It →

Question

What is the equation that shows the sum of the squares represented by this rectangular array?

Tap to reveal answer

Answer

When we count the number of squares in this picture we get . We have rows with squares in each row. Our math equation for this picture could be written as

← Didn't Know|Knew It →

Question

The rectangular array shows $5\times 2$ .

What is another way to show $5\times 2?$

Tap to reveal answer

Answer

According to the commutative property, numbers can be multiplied in any order. This means that $5\times 2$ and $2\times5$ are equal.

← Didn't Know|Knew It →

Question

What is the missing number?

,

Tap to reveal answer

Answer

In this series we are counting by . When counting by , is between and .

← Didn't Know|Knew It →

Question

The swing set is inches tall and the tree is inches tall. How much taller is the tree than the swing set?

Tap to reveal answer

Answer

This is a subtraction problem because we want to know how much taller the tree is compared to the swing set, or the difference in their height.

$$\frac{\begin{array}$[b]{r}57\ -\ 10\end{array}}{ \ \ \ \space 47}$

← Didn't Know|Knew It →

Question

When counting by s, what number comes after

Tap to reveal answer

Answer

When counting by s, we add to our previous number.

$$\frac{\begin{array}$[b]{r}45\ +\ 10\end{array}}{ \ \ \ \space 55}$

← Didn't Know|Knew It →

Question

What is the equation that shows the sum of the squares represented by this rectangular array?

Tap to reveal answer

Answer

When we count the number of squares in this picture we get . We have rows with squares in each row. Our math equation for this picture could be written as

← Didn't Know|Knew It →

Question

The rectangular array shows $5\times 2$ .

What is another way to show $5\times 2?$

Tap to reveal answer

Answer

According to the commutative property, numbers can be multiplied in any order. This means that $5\times 2$ and $2\times5$ are equal.

← Didn't Know|Knew It →

Question

What is the missing number?

,

Tap to reveal answer

Answer

In this series we are counting by . When counting by , is between and .

← Didn't Know|Knew It →

Question

The swing set is inches tall and the tree is inches tall. How much taller is the tree than the swing set?

Tap to reveal answer

Answer

This is a subtraction problem because we want to know how much taller the tree is compared to the swing set, or the difference in their height.

$$\frac{\begin{array}$[b]{r}57\ -\ 10\end{array}}{ \ \ \ \space 47}$

← Didn't Know|Knew It →

Question

When counting by s, what number comes after

Tap to reveal answer

Answer

When counting by s, we add to our previous number.

$$\frac{\begin{array}$[b]{r}45\ +\ 10\end{array}}{ \ \ \ \space 55}$

← Didn't Know|Knew It →

Question

What is the equation that shows the sum of the squares represented by this rectangular array?

Tap to reveal answer

Answer

When we count the number of squares in this picture we get . We have rows with squares in each row. Our math equation for this picture could be written as

← Didn't Know|Knew It →

Question

The rectangular array shows $5\times 2$ .

What is another way to show $5\times 2?$

Tap to reveal answer

Answer

According to the commutative property, numbers can be multiplied in any order. This means that $5\times 2$ and $2\times5$ are equal.

← Didn't Know|Knew It →

Question

What is the missing number?

,

Tap to reveal answer

Answer

In this series we are counting by . When counting by , is between and .

← Didn't Know|Knew It →

Knew It

Algebraic Concepts - ISEE Lower Level Quantitative Reasoning

The swing set is inches tall and the tree is inches tall. How much taller is the tree than the swing set?

This is a subtraction problem because we want to know how much taller the tree is compared to the swing set, or the difference in their height.

When counting by s, what number comes after

When counting by s, we add to our previous number.

What is the equation that shows the sum of the squares represented by this rectangular array?

When we count the number of squares in this picture we get . We have rows with squares in each row. Our math equation for this picture could be written as

The rectangular array shows . What is another way to show

According to the commutative property, numbers can be multiplied in any order. This means that and are equal.

What is the missing number? ,

In this series we are counting by . When counting by , is between and .

The swing set is inches tall and the tree is inches tall. How much taller is the tree than the swing set?

This is a subtraction problem because we want to know how much taller the tree is compared to the swing set, or the difference in their height.

When counting by s, what number comes after

When counting by s, we add to our previous number.

What is the equation that shows the sum of the squares represented by this rectangular array?

When we count the number of squares in this picture we get . We have rows with squares in each row. Our math equation for this picture could be written as

The rectangular array shows . What is another way to show

According to the commutative property, numbers can be multiplied in any order. This means that and are equal.

What is the missing number? ,

In this series we are counting by . When counting by , is between and .

The swing set is inches tall and the tree is inches tall. How much taller is the tree than the swing set?

This is a subtraction problem because we want to know how much taller the tree is compared to the swing set, or the difference in their height.

When counting by s, what number comes after

When counting by s, we add to our previous number.

What is the equation that shows the sum of the squares represented by this rectangular array?

When we count the number of squares in this picture we get . We have rows with squares in each row. Our math equation for this picture could be written as

The rectangular array shows . What is another way to show

According to the commutative property, numbers can be multiplied in any order. This means that and are equal.

What is the missing number? ,

In this series we are counting by . When counting by , is between and .

The swing set is inches tall and the tree is inches tall. How much taller is the tree than the swing set?

This is a subtraction problem because we want to know how much taller the tree is compared to the swing set, or the difference in their height.

When counting by s, what number comes after

When counting by s, we add to our previous number.

What is the equation that shows the sum of the squares represented by this rectangular array?

When we count the number of squares in this picture we get . We have rows with squares in each row. Our math equation for this picture could be written as

The rectangular array shows . What is another way to show

According to the commutative property, numbers can be multiplied in any order. This means that and are equal.

What is the missing number? ,

In this series we are counting by . When counting by , is between and .

This is a subtraction problem because we want to know how much taller the tree is compared to the swing set, or the difference in their height.

$$\frac{\begin{array}$[b]{r}57\ -\ 10\end{array}}{ \ \ \ \space 47}$

When counting by s, we add to our previous number.

$$\frac{\begin{array}$[b]{r}45\ +\ 10\end{array}}{ \ \ \ \space 55}$

The rectangular array shows $5\times 2$ .

What is another way to show $5\times 2?$

According to the commutative property, numbers can be multiplied in any order. This means that $5\times 2$ and $2\times5$ are equal.

What is the missing number?

,

This is a subtraction problem because we want to know how much taller the tree is compared to the swing set, or the difference in their height.

$$\frac{\begin{array}$[b]{r}57\ -\ 10\end{array}}{ \ \ \ \space 47}$

When counting by s, we add to our previous number.

$$\frac{\begin{array}$[b]{r}45\ +\ 10\end{array}}{ \ \ \ \space 55}$

The rectangular array shows $5\times 2$ .

What is another way to show $5\times 2?$

According to the commutative property, numbers can be multiplied in any order. This means that $5\times 2$ and $2\times5$ are equal.

What is the missing number?

,

This is a subtraction problem because we want to know how much taller the tree is compared to the swing set, or the difference in their height.

$$\frac{\begin{array}$[b]{r}57\ -\ 10\end{array}}{ \ \ \ \space 47}$

When counting by s, we add to our previous number.

$$\frac{\begin{array}$[b]{r}45\ +\ 10\end{array}}{ \ \ \ \space 55}$

The rectangular array shows $5\times 2$ .

What is another way to show $5\times 2?$

According to the commutative property, numbers can be multiplied in any order. This means that $5\times 2$ and $2\times5$ are equal.

What is the missing number?

,

This is a subtraction problem because we want to know how much taller the tree is compared to the swing set, or the difference in their height.

$$\frac{\begin{array}$[b]{r}57\ -\ 10\end{array}}{ \ \ \ \space 47}$

When counting by s, we add to our previous number.

$$\frac{\begin{array}$[b]{r}45\ +\ 10\end{array}}{ \ \ \ \space 55}$

The rectangular array shows $5\times 2$ .

What is another way to show $5\times 2?$

According to the commutative property, numbers can be multiplied in any order. This means that $5\times 2$ and $2\times5$ are equal.

What is the missing number?

,