That question is rly badly organized but i think it’s 70
we have the expression
3x+2y
Verify for each ordered pair
so
a) (0,6)
substitute
3(0)+2(6)=12
b) (3,2)
3(3)+2(2)=13
c) (4,1)
3(4)+2(1)=14
d) (5,-2)
3(5)+2(-2)=11
therefore
maximum value for option C
Answer:
y = 2x - 3
Step-by-step explanation:
Step 1: Remember the equation
The slope intercept form is y = mx + b where m is the slope and b is the y-intercept
Step 2: Solve
We can see the y-intercept(where the line crosses the y axis) is at y = -3
We know slope is
so we can see for every 1 square it moves right it moves 2 up so the slope would be
or 2
Plug what we know into the equation
y=2x-3
Step 3: Therefore Statement
Therefore the equation of the line shown below is y = 2x - 3
Okay, lets say
B=booths
T=tables
P=people
without the numbers in your equation would look like this
B(P)+T(P)=100
So with everything plugged in your equation is
5(4)+T(6)=100