(1,5) is on the graph of the function y=3x+2
The value will be: 30000 · 8.0 · 10^5 = (240000) · 10^5 = (2.4 · 10^5) · 10^5
= $2.4 · 10^10
So the first step to solving this problem is to distribute the

to what's inside the parenthesis. This means multiply

by 4x and 15.
After that, this is what you shoud have.

+

= 24
This should be simplified
1x = 24 -


is equal to 3.75
x = 20.25
20.25 is equal to
Answer:
6.048
Step-by-step explanation: I multiplied 50.40 by 0.20 then got 10.08, then I multiplied that to 0.6 and got 6.048.
Answer:
4y = -x + 31
Step-by-step explanation:
Given that one equation in a system of equations is y = 4x - 5 write a second equation to complete the system if the solution to the system is (3,7)
Since the solution of the system is (3, 7), that means the two lines of equations meet or intersect at point X = 3 and Y = 7
Let assume that the two equations are perpendicular to each other. Then, there slope can be expressed as
M1M2 = -1
Where M1 = 4
Find M2
4M2 = -1
M2 = -1 / 4
Using general linear equation
Y = MX + C
Let's find C by substituting Y, X and M2
7 = -1 /4( 3 ) + C
7 = -3/4 + C
C = 7 + 3/4
C = 31/4
Substitute C back into the equation
Y = -1/4X + 31/4
4y = -x + 31
Therefore, the second equation is
4y = -x + 31