Answer:
the answer is 40
Step-by-step explanation:
its simple try and do the link that I put you'll understand how to do this better
Answer:
If I'm not mistaken I believe the answer is B.
Step-by-step explanation:
His total was 12 but then you have to subtract 3 for the admission fee which leaves with $9.
The inequality from option B states that the $3 from the admission and the $0.25 per game would be less than or equal to his total amount of 12.
Answer:
Step-by-step explanation:
7 x 8500 = 59,500
7 x 12,500 = 87,500
Add those two together = 147,000
Answer: 50000000 or 5^7 times more
Step-by-step explanation: I hope its helps
If we let x as candy A
y as candy B
a as dark chocolate in candy a
b as dark chocolate in candy b
c as caramel
d as walnut
P as profit
we have the equations:
a + c = x
2b + d = y
a + 2b ≤ 360
c ≤ 430
d ≤ 210
P = 285x + 260y
This is an optimization problem which involves linear programming. It can be solved by graphical method or by algebraic solution.
P = 285(a + c) + 260(2b +d)
If we assume a = b
Then a = 120, 2b = 240
P = 285(120 + 120) + 260(240 + 120)
P = 162000
candy A should be = 240
candy B should be = 360