Determining daily production rate and maximum profit
Corporation A produces two types of products, product X and product Y. Three machines are required to produce each type, namely, MC1, MC2, and MC3. Each product X requires 5 hours in MC1, 3 hours in MC2 and 2 hours in MC3. On the other hand, product Y requires 4 hours in MC1, 2 hours in MC2 and 3 hours in MC3. Each day there are 24 hours available for each machines. The variable cost in producing product X is $150 per unit and $120 per unit for product Y. The selling price of product X is $450 per unit and $400 per unit for product Y. The company fixed cost is $30 000. Please help me determin The daily production rate and maximum profit.
calculus optimization
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Corporation A produces two types of products, product X and product Y. Three machines are required to produce each type, namely, MC1, MC2, and MC3. Each product X requires 5 hours in MC1, 3 hours in MC2 and 2 hours in MC3. On the other hand, product Y requires 4 hours in MC1, 2 hours in MC2 and 3 hours in MC3. Each day there are 24 hours available for each machines. The variable cost in producing product X is $150 per unit and $120 per unit for product Y. The selling price of product X is $450 per unit and $400 per unit for product Y. The company fixed cost is $30 000. Please help me determin The daily production rate and maximum profit.
calculus optimization
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Welcome to stackexchange. You are more likely to get help rather than downvotes and votes to close if you edit the question to show us what you tried and where you are stuck. While you are doing that please fix the formatting.
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Corporation A produces two types of products, product X and product Y. Three machines are required to produce each type, namely, MC1, MC2, and MC3. Each product X requires 5 hours in MC1, 3 hours in MC2 and 2 hours in MC3. On the other hand, product Y requires 4 hours in MC1, 2 hours in MC2 and 3 hours in MC3. Each day there are 24 hours available for each machines. The variable cost in producing product X is $150 per unit and $120 per unit for product Y. The selling price of product X is $450 per unit and $400 per unit for product Y. The company fixed cost is $30 000. Please help me determin The daily production rate and maximum profit.
calculus optimization
New contributor
Corporation A produces two types of products, product X and product Y. Three machines are required to produce each type, namely, MC1, MC2, and MC3. Each product X requires 5 hours in MC1, 3 hours in MC2 and 2 hours in MC3. On the other hand, product Y requires 4 hours in MC1, 2 hours in MC2 and 3 hours in MC3. Each day there are 24 hours available for each machines. The variable cost in producing product X is $150 per unit and $120 per unit for product Y. The selling price of product X is $450 per unit and $400 per unit for product Y. The company fixed cost is $30 000. Please help me determin The daily production rate and maximum profit.
calculus optimization
calculus optimization
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New contributor
edited Jan 4 at 1:45
William Elliot
7,3612720
7,3612720
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asked Jan 4 at 0:48
Carmen Mendoza
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– Ethan Bolker
Jan 4 at 0:51
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In general for a problem like this you want to use the Simplex method. But this problem is small enough that you can solve it by just checking a few cases.
Product X takes $5$ hours on MC1 so you can make at most $4$ of X each day. Given that you want to make as many products as possible, the optimal choice will be one of the following (X,Y) tuples:(4,1),(3,2),(2,3),(1,4),(0,6). X gives you a profit of $300$ and Y a profit of $280$ so the profits for the above choices are $1480$, $1460$, $1440$, $1420$, and $1680$, respectively. So the optimal choice is to produce 6 of Y and 0 of X, for a daily profit of $1680$.
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1 Answer
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In general for a problem like this you want to use the Simplex method. But this problem is small enough that you can solve it by just checking a few cases.
Product X takes $5$ hours on MC1 so you can make at most $4$ of X each day. Given that you want to make as many products as possible, the optimal choice will be one of the following (X,Y) tuples:(4,1),(3,2),(2,3),(1,4),(0,6). X gives you a profit of $300$ and Y a profit of $280$ so the profits for the above choices are $1480$, $1460$, $1440$, $1420$, and $1680$, respectively. So the optimal choice is to produce 6 of Y and 0 of X, for a daily profit of $1680$.
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add a comment |
In general for a problem like this you want to use the Simplex method. But this problem is small enough that you can solve it by just checking a few cases.
Product X takes $5$ hours on MC1 so you can make at most $4$ of X each day. Given that you want to make as many products as possible, the optimal choice will be one of the following (X,Y) tuples:(4,1),(3,2),(2,3),(1,4),(0,6). X gives you a profit of $300$ and Y a profit of $280$ so the profits for the above choices are $1480$, $1460$, $1440$, $1420$, and $1680$, respectively. So the optimal choice is to produce 6 of Y and 0 of X, for a daily profit of $1680$.
New contributor
add a comment |
In general for a problem like this you want to use the Simplex method. But this problem is small enough that you can solve it by just checking a few cases.
Product X takes $5$ hours on MC1 so you can make at most $4$ of X each day. Given that you want to make as many products as possible, the optimal choice will be one of the following (X,Y) tuples:(4,1),(3,2),(2,3),(1,4),(0,6). X gives you a profit of $300$ and Y a profit of $280$ so the profits for the above choices are $1480$, $1460$, $1440$, $1420$, and $1680$, respectively. So the optimal choice is to produce 6 of Y and 0 of X, for a daily profit of $1680$.
New contributor
In general for a problem like this you want to use the Simplex method. But this problem is small enough that you can solve it by just checking a few cases.
Product X takes $5$ hours on MC1 so you can make at most $4$ of X each day. Given that you want to make as many products as possible, the optimal choice will be one of the following (X,Y) tuples:(4,1),(3,2),(2,3),(1,4),(0,6). X gives you a profit of $300$ and Y a profit of $280$ so the profits for the above choices are $1480$, $1460$, $1440$, $1420$, and $1680$, respectively. So the optimal choice is to produce 6 of Y and 0 of X, for a daily profit of $1680$.
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answered Jan 4 at 6:44
Erik Parkinson
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Carmen Mendoza is a new contributor. Be nice, and check out our Code of Conduct.
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Carmen Mendoza is a new contributor. Be nice, and check out our Code of Conduct.
Carmen Mendoza is a new contributor. Be nice, and check out our Code of Conduct.
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Welcome to stackexchange. You are more likely to get help rather than downvotes and votes to close if you edit the question to show us what you tried and where you are stuck. While you are doing that please fix the formatting.
– Ethan Bolker
Jan 4 at 0:51