Answer:
I think C.
Step-by-step explanation:
I hope this helps
Answer:
$785
Step-by-step explanation:
We know she has $650 and she took out $135, so lets add them together.
650+135
=785
therefor Jane had a total of $785 in her checking account before she made any transactions that day.
Hope this helps, :)
Step-by-step explanation:
Jane had 785 dollars in her checking account before jane took out 135 dollars.
Answer:
1) 32/5
2) 19/8
3) 34/7
4) 25/3
How to do this
You take the denominator (the number on the bottom), multiply it by the whole number (like in 1, 5*6=30) then add the numerator (the top number) (so 30+2) then add on top of the denominator before you changed anything (32/5)
B) y= 2(x + 5)
C) x - 3y = 0
D) x= y + 3
Answer:
C
Step-by-step explanation:
Direct variation is a special case of first order equations; in both cases, the input is multiplied by a constant which we call the "slope" or "constant of variation." However, no direct variation equation includes a constant ("y-intercept"). So, if a given equation does have a y-intersect, that equation does not represent direct variation; if it does NOT have a y-intercept, that equation represents direct variation.
A) involves a constant term, -2; NOT direct variation
B) involves a constant term, 10; NOT direct variation
C) Here 3y = x, or y = x/3, involves no constant term, so Does represent direct variation
D) involves a constant term -3; NOT direct variation