Algebra - Wonderlic
Card 0 of 8

What value of
makes this a true statement?
What value of makes this a true statement?
Isolate the
on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
, as follows:

Multiplication precedes addition in the order of operations, so reverse the addition of 12 by subtracting 12 from both sides:


Now reverse multiplication by 2 by dividing by 2:

, the correct value of
.
Isolate the on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
, as follows:
Multiplication precedes addition in the order of operations, so reverse the addition of 12 by subtracting 12 from both sides:
Now reverse multiplication by 2 by dividing by 2:
, the correct value of
.
Compare your answer with the correct one above

What value of
makes this a true statement?
What value of makes this a true statement?
Isolate the
on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
.
Multiplication precedes subtraction in the order of operations, so reverse the subtraction of 44 by adding 44 to both sides:



Now reverse multiplication by 2 by dividing by 2:

.
Isolate the on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
.
Multiplication precedes subtraction in the order of operations, so reverse the subtraction of 44 by adding 44 to both sides:
Now reverse multiplication by 2 by dividing by 2:
.
Compare your answer with the correct one above

What value of
makes this a true statement?
What value of makes this a true statement?
Isolate the
on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
, as follows:

Multiplication precedes addition in the order of operations, so reverse the addition of 12 by subtracting 12 from both sides:


Now reverse multiplication by 2 by dividing by 2:

, the correct value of
.
Isolate the on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
, as follows:
Multiplication precedes addition in the order of operations, so reverse the addition of 12 by subtracting 12 from both sides:
Now reverse multiplication by 2 by dividing by 2:
, the correct value of
.
Compare your answer with the correct one above

What value of
makes this a true statement?
What value of makes this a true statement?
Isolate the
on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
.
Multiplication precedes subtraction in the order of operations, so reverse the subtraction of 44 by adding 44 to both sides:



Now reverse multiplication by 2 by dividing by 2:

.
Isolate the on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
.
Multiplication precedes subtraction in the order of operations, so reverse the subtraction of 44 by adding 44 to both sides:
Now reverse multiplication by 2 by dividing by 2:
.
Compare your answer with the correct one above

What value of
makes this a true statement?
What value of makes this a true statement?
Isolate the
on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
, as follows:

Multiplication precedes addition in the order of operations, so reverse the addition of 12 by subtracting 12 from both sides:


Now reverse multiplication by 2 by dividing by 2:

, the correct value of
.
Isolate the on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
, as follows:
Multiplication precedes addition in the order of operations, so reverse the addition of 12 by subtracting 12 from both sides:
Now reverse multiplication by 2 by dividing by 2:
, the correct value of
.
Compare your answer with the correct one above

What value of
makes this a true statement?
What value of makes this a true statement?
Isolate the
on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
.
Multiplication precedes subtraction in the order of operations, so reverse the subtraction of 44 by adding 44 to both sides:



Now reverse multiplication by 2 by dividing by 2:

.
Isolate the on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
.
Multiplication precedes subtraction in the order of operations, so reverse the subtraction of 44 by adding 44 to both sides:
Now reverse multiplication by 2 by dividing by 2:
.
Compare your answer with the correct one above

What value of
makes this a true statement?
What value of makes this a true statement?
Isolate the
on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
, as follows:

Multiplication precedes addition in the order of operations, so reverse the addition of 12 by subtracting 12 from both sides:


Now reverse multiplication by 2 by dividing by 2:

, the correct value of
.
Isolate the on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
, as follows:
Multiplication precedes addition in the order of operations, so reverse the addition of 12 by subtracting 12 from both sides:
Now reverse multiplication by 2 by dividing by 2:
, the correct value of
.
Compare your answer with the correct one above

What value of
makes this a true statement?
What value of makes this a true statement?
Isolate the
on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
.
Multiplication precedes subtraction in the order of operations, so reverse the subtraction of 44 by adding 44 to both sides:



Now reverse multiplication by 2 by dividing by 2:

.
Isolate the on the left side of the equation by performing the same steps on both sides. These steps should be the opposite of the operations performed on
.
Multiplication precedes subtraction in the order of operations, so reverse the subtraction of 44 by adding 44 to both sides:
Now reverse multiplication by 2 by dividing by 2:
.
Compare your answer with the correct one above