SSAT Elementary Level Math : Operations

Study concepts, example questions & explanations for SSAT Elementary Level Math

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Example Questions

Example Question #3511 : Operations

\displaystyle 11{\overline{\smash{)}88}}

 

Possible Answers:

\displaystyle 4

\displaystyle 7

\displaystyle 8

\displaystyle 6

\displaystyle 5

Correct answer:

\displaystyle 8

Explanation:

\displaystyle 11{\overline{\smash{)}88}}

To solve this division problem, we can think of it as a missing factor problem. 

Think: What times \displaystyle 11 equals \displaystyle 88?

\displaystyle 11\times8=88 

Example Question #73 : Numbers And Operations

 

Possible Answers:

\displaystyle 10

\displaystyle 13

\displaystyle 11

\displaystyle 12

\displaystyle 14

Correct answer:

\displaystyle 11

Explanation:

To solve this division problem, we can think of it as a missing factor problem. 

Think: What times \displaystyle 11 equals \displaystyle 121?

\displaystyle 11\times11=121 

Example Question #3731 : Ssat Elementary Level Quantitative (Math)

 

Possible Answers:

\displaystyle 5

\displaystyle 7

\displaystyle 6

\displaystyle 3

\displaystyle 4

Correct answer:

\displaystyle 3

Explanation:

To solve this division problem, we can think of it as a missing factor problem. 

Think: What times \displaystyle 12 equals \displaystyle 36?

\displaystyle 12\times3=36 

Example Question #71 : Isee Lower Level (Grades 5 6) Quantitative Reasoning

 

Possible Answers:

\displaystyle 6

\displaystyle 5

\displaystyle 2

\displaystyle 7

\displaystyle 3

Correct answer:

\displaystyle 5

Explanation:

To solve this division problem, we can think of it as a missing factor problem. 

Think: What times \displaystyle 12 equals \displaystyle 60?

\displaystyle 12\times5=60 

Example Question #75 : Numbers And Operations

 

Possible Answers:

\displaystyle 4

\displaystyle 6

\displaystyle 3

\displaystyle 2

\displaystyle 5

Correct answer:

\displaystyle 4

Explanation:

To solve this division problem, we can think of it as a missing factor problem. 

Think: What times \displaystyle 12 equals \displaystyle 48?

\displaystyle 12\times4=48 

Example Question #76 : Numbers And Operations

 

Possible Answers:

\displaystyle 7

\displaystyle 4

\displaystyle 6

\displaystyle 3

\displaystyle 5

Correct answer:

\displaystyle 7

Explanation:

To solve this division problem, we can think of it as a missing factor problem. 

Think: What times \displaystyle 12 equals \displaystyle 84?

\displaystyle 12\times7=84 

Example Question #46 : Multiplying And Dividing Within 100

\displaystyle 1{\overline{\smash{)}12}}

 

Possible Answers:

\displaystyle 9

\displaystyle 11

\displaystyle 13

\displaystyle 10

\displaystyle 12

Correct answer:

\displaystyle 12

Explanation:

\displaystyle 1{\overline{\smash{)}12}}

To solve this division problem, we can think of it as a missing factor problem. 

Think: What times \displaystyle 1 equals \displaystyle 12?

\displaystyle 1\times12=12 

Example Question #91 : How To Divide

\displaystyle 1{\overline{\smash{)}9}}

 

Possible Answers:

\displaystyle 8

\displaystyle 12

\displaystyle 10

\displaystyle 11

\displaystyle 9

Correct answer:

\displaystyle 9

Explanation:

\displaystyle 1{\overline{\smash{)}9}}

To solve this division problem, we can think of it as a missing factor problem. 

Think: What times \displaystyle 1 equals \displaystyle 9?

\displaystyle 1\times9=9 

Example Question #51 : Multiplying And Dividing Within 100

\displaystyle 1{\overline{\smash{)}7}}

 

Possible Answers:

\displaystyle 6

\displaystyle 4

\displaystyle 7

\displaystyle 5

\displaystyle 3

Correct answer:

\displaystyle 7

Explanation:

\displaystyle 1{\overline{\smash{)}7}}

To solve this division problem, we can think of it as a missing factor problem. 

Think: What times \displaystyle 1 equals \displaystyle 7?

\displaystyle 1\times7=7 

Example Question #92 : How To Divide

\displaystyle 1{\overline{\smash{)}10}}

 

Possible Answers:

\displaystyle 6

\displaystyle 10

\displaystyle 9

\displaystyle 8

\displaystyle 7

Correct answer:

\displaystyle 10

Explanation:

\displaystyle 1{\overline{\smash{)}10}}

To solve this division problem, we can think of it as a missing factor problem. 

Think: What times \displaystyle 1 equals \displaystyle 10?

\displaystyle 1\times10=10 

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