Question
In: Advanced Math
A manufacturing company receives orders for engines from two assembly plants. Plant I needs at least...
A manufacturing company receives orders for engines from two assembly plants. Plant I needs at least 45 engines, and plant II needs at least 32 engines. The company can send at most 140engines to these assembly plants. It costs $30 per engine to ship to plant I and $40 per engine to ship to plant II. Plant I gives the manufacturing company $20 in rebates toward its products for each engine they buy, while plant II gives similar $10 rebates. The manufacturer estimates that they need at least $1500 in rebates to cover products they plan to buy from the two plants. How many engines should be shipped to each plant to minimize shipping costs? What is the minimum cost?
Solutions
Colby Messinger answered 2 years agoRelated Solutions
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Data from the past shows that on average, a ready-mixed concrete plant receives 100 orders for...
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shows that on average, a ready-mixed concrete plant receives 100
orders for concrete every year. The maximum number of orders that
the plant can fulfil each week is 2. (a) What is
the probability that in a given week the plant cannot fulfil all
the placed orders? (b) Assume the answer to part
(a) is 20% (It is not; I just want to make sure that everybody uses
the same number for part (b)). Suppose there...
Data from the past shows that on average, a ready-mixed concrete plant receives 100 orders for...
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plant receives 100 orders for concrete every year. The maximum
number of orders that the plant can fullfil each week is 2. (a)
What is the probability that in a given week the plant cannot
fulfil all the placed orders? (b) Assume the answer to part (a) is
20% (It is not; I just want to make sure that everybody uses the
same number for part (b)). Suppose there...
Data from the past shows that on average, a ready-mixed concrete plant receives 100 orders for...
Data from the past shows that on average, a ready-mixed concrete
plant receives 100 orders for concrete every year. The maximum
number of orders that the plant can fulfil each week is 2. (a) What
is the probability that in a given week the plant cannot fulfil all
the placed orders? (b) Assume the answer to part (a) is 20% (It is
not; I just want to make sure that everybody uses the same number
for part (b)). Suppose there...
Data from the past shows that on average, a ready-mixed concrete plant receives 100 orders for...
Data from the past shows that on average, a ready-mixed concrete
plant receives 100 orders for concrete every year. The maximum
number of orders that the plant can fulfil each week is 2.
(a) What is the probability that in a given week
the plant cannot fulfil all the placed orders? (b)
Assume the answer to part (a) is 20% (It is not; I just want to
make sure that everybody uses the same number for part (b)).
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Data from the past shows that on average, a ready-mixed concrete plant receives 100 orders for...
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plant receives 100 orders for concrete every year. The maximum
number of orders that the plant can fulfill each week is 2.
(a) What is the probability that in a given week
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not; I just want to make sure that everybody uses the same number
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