For the following exercises, graph both straight lines (left-hand side being y 1 and right-hand side being y 2 ) on the same axes. Find the point of intersection and solve the inequality by observing where it is true comparing they-values of the lines. 41. 1 2 x + 1 > 1 2 x − 5
For the following exercises, graph both straight lines (left-hand side being y 1 and right-hand side being y 2 ) on the same axes. Find the point of intersection and solve the inequality by observing where it is true comparing they-values of the lines. 41. 1 2 x + 1 > 1 2 x − 5
For the following exercises, graph both straight lines (left-hand side being
y
1
and right-hand side being
y
2
) on the same axes. Find the point of intersection and solve the inequality by observing where it is true comparing they-values of the lines.
An international organization must decide how to spend the $2,200,000 they have been allotted for famine relief in a remote area.They
expect to divide the money between buying rice at $38.50/sack and beans at $35/sack. The number, P, of people who would be fed if
they buy x sacks of rice and y sacks of beans is given by
P = 1.1x + y -
What is the maximum number of people that can be fed, and how should the organization allocate its money?
Round your answers to the nearest integer.
P
ху
108*
max
i
is attained on buying
sacks of beans.
sacks of rice and
Profit occurs when revenue exceeds cost. If the revenue R in dollars from producing and selling x Hugo Boss polo shirts is R= 26x dollars and the cost C is C= 6x+3660 dollars, what production level produces a profit?
College Algebra in Context with Applications for the Managerial, Life, and Social Sciences (5th Edition)
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