i'm gonna anticipate wide-spread is y = mx + b so i ought to first multiply each and each ingredient by the component to two 2 (5x/2) = 2 (3/4y + 8) --- > distribute 5x = a million.5y + sixteen ---> subtract sixteen 5x - sixteen = a million.5y ----> divide each and each ingredient by a million.5 to isolate y (5x - sixteen) / a million.5 = y you are able to desire to distribute by dividing the two 5x & -sixteen by a million.5 3.33x - 10.sixty seven = y if wide-spread style is ax^2 + bx + c then a = 0 b= 3.33 and c = -10.sixty seven yet no longer too particular approximately which wide-spread style they're requesting
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Verified answer
Ax + By = C
(5x/2) - (3/4y) = 8
A= 5/2
B = -3/4
C= 8
You could also do it this way:
10x - 3y = 32
A= 10
B = 3
C= 32
If you need integers.
i'm gonna anticipate wide-spread is y = mx + b so i ought to first multiply each and each ingredient by the component to two 2 (5x/2) = 2 (3/4y + 8) --- > distribute 5x = a million.5y + sixteen ---> subtract sixteen 5x - sixteen = a million.5y ----> divide each and each ingredient by a million.5 to isolate y (5x - sixteen) / a million.5 = y you are able to desire to distribute by dividing the two 5x & -sixteen by a million.5 3.33x - 10.sixty seven = y if wide-spread style is ax^2 + bx + c then a = 0 b= 3.33 and c = -10.sixty seven yet no longer too particular approximately which wide-spread style they're requesting
i'm gonna assume standard is y = mx + b
so i would first multiply both sides by the factor of 2
2 (5x/2) = 2 (3/4y + 8) --- > distribute
5x = 1.5y + 16 ---> subtract 16
5x - 16 = 1.5y
----> divide both sides by 1.5 to isolate y
(5x - 16) / 1.5 = y
you can distribute by dividing both 5x & -16 by 1.5
3.33x - 10.67 = y
if standard form is ax^2 + bx + c
then a = 0
b= 3.33
and c = -10.67
but not too sure about which standard form they are asking for