The equation of the perpendicular line can be identified by determining its slope and applying the given point within the standard formula.
Standard equation: y-y1 = m(x-x1)
m*m'=-1
where m' indicates the slope of the perpendicular line
m denotes the slope of the original line
m = -coefficient of x/coefficient of y = -4/-3 = 4/3
m' = -3/4
Substituting the point (3, -2):
y+2 = -3/4*(x-3)
4y+8 = -3x+9
Thus, the equation of the perpendicular line is: 3x+4y-1=0
Step-by-step explanation:
I hope this meets your requirements.
PLEASE MAKE ME BRAINLIEST
Answer:
ok __?__ equals 11 and ___ equals 3.55
Step-by-step explanation:
Start by subtracting 140 and 25 from 300, then divide by 11.95 which results in 11; subsequently, multiply 11 by 11.95 and deduct that from 135.
Response:
A quadratic equation has solutions of 6 and -2.
Thus, if the variable is denoted by X, the factors of the polynomial function will be (X - 6) and (X + 2).
Thus, the equation can be represented as
(X - 6)(X + 2) = 0
⇒
If the leading coefficient is 3, we can express the equation as
(Response)
You have two kinds of data $ and %!
Align them properly and perform cross multiplication.
16% corresponds to $38 as
100% corresponds to $x
Following this, x = (38*100)/16 = $237.5, which is the original price before the discount.
