What it wants you to do is to put it into a form where on the one side of the equation there is y and nothing else. for this, we need to get rid of the 0.9.
how do we do that?
we divide both sides of the equation by 0.9:
6.3/0.9=y
that's ugly, right? but if both denominator and nominator are decimal fractions of the same sort; we can multiply both by 10 and get rid of the point:
63/09=y
and...

so basically 7=y, or y=7
and this is the solution!
2x-5y+68x-3y-68=0
70x-8y-68=0
solve from there
<h2>
It represents that , the amount of money in the bank account is $1680 after 50 months.</h2>
Step-by-step explanation:
Given , the amount of money in a bank account can be represented by the equation A(m) = 30m +180, where A(m) is measured in dollar and m is measured in month.
When A(m) = 1680
1680 = 30m +180
⇔30m = 1680 -180
⇔30m = 1500
⇔
⇔ m = 50
It represents that , the amount of money in the bank account is $1680 after 50 months.
The answer is 25 but i can't exactly show how
Answer:
C
Step-by-step explanation:
Yes, ACD = BCD by AAS since they have 2 congruent angles & share a side.