Answer:

Step-by-step explanation:
In order to find which expression is equivalent to
, we need to note the order of operations.
PEMDAS tells us that when solving an equation, we'd go in this order.
<em>P</em><em>arentheses</em>
<em>E</em><em>xponents</em>
<em>M</em><em>ultiplication/</em><em>D</em><em>ivision</em>
<em>A</em><em>ddition/</em><em>S</em><em>ubtraction</em>
Using this, we'd start by evaluating what's inside the parentheses,
. We'd then bring that value to the 0th power.
<em>Wait...</em> there's something special about bringing anything to the 0th power. Bringing anything to the 0th power makes the value 1.
It can be -5... it can be 1,000,000, any number possible, taken to the 0th power, will always be 1.
So no matter what the value inside the parentheses is, taking it to the 0th power will <u>always make it 1</u>.
Therefore, this expression is equivalent to 1.
Hope this helped!
The first graph doesn’t show it
Answer:
2
Step-by-step explanation:
7*4-3*8+2^2-6
7*4-3*8+4-6
28-3*8+4-6
28-24+4-6
4+4-6
8-6
2
There are two counterexamples.
22 and 11 both repeat a digit: 22 repeats 2, and 11 repeats 1.
Answer:
5/12
Step-by-step explanation:
We multiply 3 by 3, and get 9.
Then we multiply 1 by 4, and get 4.
Next we give both terms new denominators -- 4 × 3 = 12.
So now our fractions look like this:
9
/12
−4
/12
Since our denominators match, we can subtract the numerators.
9 − 4 = 5
So the answer is 5/12