Solve the problem.An economy is based on two sectors, agriculture and manufacturing. Production of a dollar's worth of agriculture requires an input of $0.40 from agriculture and $0.10 from manufacturing. Production of a dollar's worth of manufacturing requires an input of $0.20 from agriculture and $0.30 from manufacturing. Find the output for each sector that is needed to satisfy a final demand of $16 billion for agriculture and $32 billion for manufacturing.
What will be an ideal response?
$44 billion agriculture, $52 billion manufacturing
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Solve.Find the center, vertices, foci, and asymptotes of the hyperbola x2 - 4y2 - 6x + 16y - 11 = 0
A. center at (2, 3)
vertices at (0, 3) and (4, 3)
foci at (2 - 
, 3) and (2 + 
, 3)
asymptotes of y - 3 = - 
(x - 2) and y - 3 = 
(x - 2)
B. center at (3, 2)
vertices at (2, 2) and (4, 2)
foci at (3 - 
, 2) and (3 + 
, 2)
asymptotes of y - 2 = - 2(x - 3) and y - 2 = 2(x - 3)
C. center at (3, 2)
vertices at (1, 2) and (5, 2)
foci at (3 - 
, 2) and (3 + 
, 2)
asymptotes of y - 2 = - 
(x - 3) and y - 2 = 
(x - 3)
D. center at (3, 2)
vertices at (3, 0) and (3, 4)
foci at (3, 2 - 
) and (3, 2 + 
)
asymptotes of y + 2 = - 2(x + 3) and y + 2 = 2(x + 3)
Solve the problem.The logistic growth model 
represents the proportion of the total market of a new product as it penetrates the market t years after introduction. When will the product have 60% of the market?
A. 1.95 years B. 4.07 years C. 2.95 years D. 3.07 years
Complete.3
ft = 
in.
A. 
B. 38
C. 
D. 44
Find the solutions to the system of equations by the addition method.
- 
= 
+ 
= 
A. (
, 
)
B. (
, 
)
C. (
, 
)
D. (
, 
)