A graphical solution shows the objective function is maximized for (x, y) = (5, 1). The corresponding value of p is
p = 3
A =(b1+b2)h/2
actual b1 =10cm*10m/1cm =100m
actual b2 = 6cm*10m/1 cm = 60m
height = 5 cm*10m/1cm = 50m
A=(100+60)*50/2 = 160*50/2 =80*50= 4,000 m²
Answer : <span>C.=4,000 m²</span>
Answer:
r = .6
Step-by-step explanation:
2.2r +0.47 = 1.79
Subtract .47 from both sides
2.2r +0.47- .47 = 1.79 - .47
2.2r = 1.32
Divide by 2.2 on each side
2.2r/2.2 = 1.32/2.2
r =.6
Answer:
Step-by-step explanation:
Givens
x = the larger number
y = the smaller number
Equations
x+y =95
x + 2y = 120
Solution
x+y =95
x + 2y = 120
x + y = 95 Subtract
y = 25
x + y = 95
x + 25 = 95
x + 25 -25 = 95 - 25
x = 70
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I did the problem before I realized that I could have stopped after equations.
The answer is the middle choice.