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Always,
Sometimes,
or Never True
Solve
for
X
Name
The
Property
Algebra
Term &
Symbols
10
10
10
10
20
20
20
20
30
30
30
30
40
40
40
40
50
50
50
50
Click here for game DIRECTIONS
Hardtke Jeopardy Template 2011
10
Always, Sometimes, or Never
If x is a repeating decimal,
then x is a rational number.
Click to check answer
ALWAYS
1
3
Hint: Use = 0. 3 as an easy way to remember this.
Click to return to game board
20
Always, Sometimes, or Never
If x is a whole number,
then π‘₯
is an irrational number.
Click to check answer
SOMETIMES
Hint: 16 is rational while 17 is irrational
Click to return to game board
30
Always, Sometimes, or Never
If x is an integer,
then x is a natural number.
Click to check answer
SOMETIMES
Hint: Integers οƒ  {… ,-2, -1, 0, 1, 2, …}
Natural (or Counting) numbers οƒ  {1, 2, 3, …}
Click to return to game board
40
Always, Sometimes, or Never
If x is a non-negative real
number, then π‘₯ < π‘₯.
Click to check answer
SOMETIMES
Hint: true when x > 1, but false when 0 ≀ x ≀ 1.
Click to return to game board
50
Always, Sometimes, or Never
The solution set of an
identity is .
Click to check answer
NEVER
Hint: is the solution set of a contradiction.
{All real numbers} is the solution set of an identity.
Click to return to game board
10 Solve for X
x = βˆ’6 βˆ’ 3 βˆ’2 βˆ’ 3 ÷ 9
Click to check answer
–5
Hint: this becomes (-9)(5) ÷ 9
Click to return to game board
20
Solve for X
2
βˆ’5 + βˆ’3
2
Click to check answer
– 16
Hint: β€œopposite of 5 squared plus negative 3 squared”
This becomes -25 + 9
Click to return to game board
30
Solve for X
X is the smallest value from
this list of real numbers:
1
9
2
0, βˆ’πœ‹, βˆ’2 , βˆ’
, βˆ’ 0.444…
Click to check answer
βˆ’πŸ
Small to large:
βˆ’22 = βˆ’ 4,
𝟐
βˆ’πœ‹, βˆ’ 0.444…, βˆ’
1
9
=
Click to return to game board
1
βˆ’
3
= βˆ’0.333 … , 0
40
Solve for X
|x|>5
is equivalent to
{x| _______or _______}.
Click to check answer
{x| x < -5 or x > 5}
Hint: Where is the distance to the origin greater than five?
Click to return to game board
50
Solve for X
X is the only real number from this list:
6+2
,
5βˆ’5
18βˆ’3 2 42 βˆ’24
,
,
βˆ’ 7
πœ‹βˆ’πœ‹
βˆ’9
Click to check answer
πŸπŸ– βˆ’ πŸ‘ 𝟐
βˆ’ πŸ•
0
π‘›π‘œπ‘›βˆ’π‘§π‘’π‘Ÿπ‘œ
Hint: π‘œπ‘Ÿ
, π‘œπ‘Ÿ
0
0
π‘›π‘’π‘”π‘Žπ‘‘π‘–π‘£π‘’ π‘Žπ‘Ÿπ‘’ π‘›π‘œπ‘‘
0
π‘Ÿπ‘’π‘Žπ‘™, 𝑏𝑒𝑑
𝑖𝑠
π’π’π’βˆ’π’›π’†π’“π’
Click to return to game board
π‘Ÿπ‘’π‘Žπ‘™
10
Name the Property
6 + 2x = 2(3 + x)
Click to check answer
DISTRIBUTIVE PROPERTY
Hint: recall the full name is β€œDistributive Property of
Multiplication over Addition” and properties can be applied
in either order.
5(a + b) = 5a + 5b and 6x + 9 = 3(2x + 3) are both examples of
Distributive Property.
Click to return to game board
20
Name the Property
2 + (3 + x) = (2 + 3) + x
Click to check answer
ASSOCIATIVE PROPERTY
Hint: order of terms stayed the same,
only the grouping symbols moved
Click to return to game board
30
Name the Property
For a β‰ 
0,
1
π‘Žβˆ™ =1
π‘Ž
Click to check answer
INVERSE PROPERTY OF MULT.
Hint: this can also be called the
Property of Reciprocals
Click to return to game board
40
Name the Property
If a + b = c and c = d + f,
then a + b = d + f.
Click to check answer
TRANSITIVE PROPERTY (of Equality)
Hint: Reflexive a = a
Symmetric οƒ  If a = b, then b = a
Transitive οƒ  If a = b & b = c, then a = c.
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50
Name the Property
2 + (3 + x) = (3 + x) + 2
Click to check answer
COMMUTATIVE PROPERTY
Hint: this is same as a + b = b + a
Click to return to game board
10
Algebra Terms & Symbols
Name this set of numbers:
{0, 1, 2, 3, . . . }
Click to check answer
WHOLE NUMBERS
Hint: Natural (or Counting) Numbersοƒ {1, 2, 3, …}
Integer οƒ  {…, -2, -1, 0, 1, 2, …}
Click to return to game board
20
Algebra Terms & Symbols
An equation that has
{all real numbers}
as its solution.
For example: 2x
+5–x=1+x+4
Click to check answer
IDENTITY
Hint: Contradiction has no solutions;
Conditional equation has a finite number of solutions;
Identity has all real numbers as solution.
Click to return to game board
30
Algebra Terms & Symbols
Write the set
{x| -3 ≀ x < 7}
in interval notation.
Click to check answer
[ -3, 7 )
Click to return to game board
40
Algebra Terms & Symbols
Write this statement using
absolute value symbols:
β€œx is no more than 7 units
from -3”
Click to check answer
| x + 3 | ≀ 7 or | -3 – x | ≀ 7
Hint: Distance from a to b is defined as |a – b | or | b – a|
Click to return to game board
50
Algebra Terms & Symbols
Write the definition of the
absolute value of x as a
piecewise definition.
Click to check answer
𝒙 =
𝒙 π’Šπ’‡ 𝒙 β‰₯ 𝟎
βˆ’π’™ π’Šπ’‡ 𝒙 < 𝟎
Hint: you only need to take the opposite to change
the sign when x is negative to begin with.
Click to return to game board
Jeopardy Directions
β€’ Any group member may select the first question and students rotate choosing the
next question in clockwise order regardless of points scored.
β€’ As a question is exposed, EACH student in the group MUST write his solution on
paper. (No verbal responses accepted.)
β€’ The first student to finish sets down his pencil and announces 15 seconds for all
others to finish working.
β€’ After the 15 seconds has elapsed, click to check the answer.
– IF the first student to finish has the correct answer, he earns the point value of the
question and no other students earn points.
– IF that student has the wrong answer, he subtracts the point value from his score and
EACH of the other students with the correct answer earns/steals the point value of the
question. (Those students do NOT lose points if incorrect, only the first student to β€œring
in” can lose points in this game version.)
β€’ Each student should record a running total of his own score.
β€’ Good sportsmanship and friendly assistance in explaining solutions is expected!
Reviewing your math concepts is more important than winning.
Return to main game board