Step-by-step explanation:
<u>Substitute x = -118 and y = -114 into the expressions:</u>
<u>1</u><u>:</u>
Correct.
<u>Use integer rule for #2:</u>
Incorrect.
*This answer can be a positive when terms are switched.
<u>3:</u>
When two negatives multiply, the product remains positive.
Incorrect.
<u>4:</u>
<u>
</u>
When two negatives divide, the quotient remains positive.
Incorrect.
Really hope this proves useful to you, any further questions please ask :)
Answer:
where are the multiple choice
Step-by-step explanation:
We need to find the expression for " number_of_prizes is divisible number_of_participants". Also there should not remain any remainder left. On in order words, we can say the reaminder we get after division is 0.
Let us assume number of Prizes are = p and
Number of participants = n.
If we divide number of Prizes by number of participants and there will be not remainder then there would be some quotient remaining and that quotent would be a whole number.
Let us assume that quotent is taken by q.
So, we can setup an expression now.
Let us rephrase the statement .
" Number of Prizes ÷ Number of participants = quotient".
p ÷ n = q.
In fraction form we can write
p/n =q ; n ≠ 0.
Answer:
77
Step-by-step explanation:
Rate as BRAINLIEST
x + 9y
we plug in x and y
5+9(8)
=5+72
= 77
