This is just showing what I did.
100=1 125=2 150=3 175=4 200=5 225=6 250=7 275=8 300=9 325=10 350=11 375=12 400=13 425=14 450=15 475=16 500=17. So on the son's 17th birthday his mom deposited $500 in her son's saving account. Hope I helped!
Answer:
Minimize C =
and x ≥ 0, y ≥ 0.
Plot the the lines on the graph and find the feasible region
-- Blue
--- Green
So, the boundary points of feasible region are (-3.267,4.3) , (0,1.85) and (2.467,0)
Substitute the value in Minimize C
Minimize C =
At (-3.267,4.3)
Minimize C =
Minimize C =
At (0,1.85)
Minimize C =
Minimize C =
At (2.467,0)
Minimize C =
Minimize C =
So, the optimal value of x is -3.267
So, the optimal value of y is 4.3
So, the minimum value of the objective function is -29.571
Answer:
30$
Step-by-step explanation:
First you have to find the cost of one can of coffee
- 12÷6 is equal to 2 (That is the cost of one can)
- 2×15 is equal to 30$ (That is the cost of 15 cans of coffee)
I hope that's a right answer
42+36w
7 x 6 + 6w x 6
Multiply to get:
42+36w
Brainliest?
This graph shows that a bus drove forward to a station fairly fast, stayed there for a short while, then backed up to the last station, stayed there for a short while, and finally drove off to another station.