All SSAT Upper Level Math Resources
Example Questions
Example Question #1 : How To Find Algebraic Patterns
Find the sum of this infinite geometric series:
The sum of an infinite series with first term and common ratio is
Set , and evaluate:
Example Question #1 : Patterns
Give the next number in the following sequence:
_____
The sequence is generated by alternately adding 2, then multiplying by 2:
, which is the correct choice.
Example Question #2 : Patterns
Define an operation on the real numbers as follows:
Find the value of that makes this statement true:
There is no such value of .
Replace in the defintiion:
Now, set this equal to 32 and solve for :
Example Question #3 : Patterns
What number replaces the circle?
The sequence is formed by alternately multiplying by a number, then adding the same number; the number incrementally increases every other term.
, the number which replaces the square.
, the number which replaces the circle.
Example Question #4 : Patterns
is defined as the greatest integer less than or equal to .
Evaluate the expression for :
Substitute:
Example Question #5 : Patterns
is defined as the least integer greater than or equal to .
Evaluate for :
Substitute :
Example Question #6 : Patterns
What number replaces the circle in this sequence?
This sequence is alternately generated by subtracting two and multiplying by two.
We can therefore find the numbers that replace the square and the circle by reversing the pattern - alternately dividing by two and adding two beginning at 36:
- this replaces the circle
- this replaces the square
Example Question #7 : Patterns
In the following number sequence, what number goes in place of the circle?
The sequence comprises the squares of the odd integers, in order:
...
The next number, which replaces the circle, is
.
Example Question #6 : How To Find Algebraic Patterns
Define an operation on the set of real numbers as follows:
Evaluate:
The expression is undefined.
Example Question #8 : Patterns
In the following number sequence, what number goes in place of the circle?
The sequence is generated by alternately dividing by 2 and adding 6:
- This number replaces the square.
- This number replaces the circle.
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