So, in order, you have to multiply first. 3x3=9, now you have to do 2+2=4. Since there is a "plus" in between "2+2" and "3x3" you have to add, 9+4=13.
Answer:
B) 6(x-5) (x+5)
Step-by-step explanation:
Common factor.
6
(
^2
−
25)
Use the sum-product pattern.
6
(
^2+5−5−25).
Common factor from the two pairs.
6((+5)−5(+5)).
Rewrite in factored form.
6
(
−
5
)
(
+
5).
Im not sure if you are saying 74/5 or 7 and 4 fifths but in the case you'r saying 74/5 you would first round to see the highest number that 5 can go to without being a decimal. Which would be 70 so you would count how many times 5 can go into 70, which would be 14, so the left over is 4/5 so you would check to see if it can be simplified which it can't so the final answer is 14 and 4/5
Answer:
q = 8
Step-by-step explanation:
To solve for q, you must isolate it.
In this case, you must isolate the q by multiplying 1.6 on both sides.
This makes the answer to be q = 8.
Answer:
Step-by-step explanation:
Isolate by the n on one side of the equation.
First, switch sides.
n+36.2=29.2
Then, subtract 36.2 from both sides.
n+36.2-36.2=29.2-36.2
Solve.
36.2-29.2=-7
<u>n=-7</u>
<u></u>
The correct answer is n=-7.
