2. Balancing Equations Business One
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Last updated almost 8 years ago
3 questions
1
You are told that the demand for a certain product can be described by the equation:
D = 4000 – 44C (for values of C between 10 and 90)
D is the demand, in pounds, for the product.
C is the cost per pound in cents.
In addition, the supply of this product from the distributor is described by the equation
S = -1340 + 134C (for values of C between 10 and 90)
S is the supply, in pounds, of the product.
C is the cost per pound in cents.
When the supply exceeds the demand, the price will go down. On the other hand, when the demand exceeds the supply, the price will go up. At what cost per pound will the price stabilize and the supply equal the demand?
You are told that the demand for a certain product can be described by the equation:
D = 4000 – 44C (for values of C between 10 and 90)
D is the demand, in pounds, for the product.
C is the cost per pound in cents.
In addition, the supply of this product from the distributor is described by the equation
S = -1340 + 134C (for values of C between 10 and 90)
S is the supply, in pounds, of the product.
C is the cost per pound in cents.
When the supply exceeds the demand, the price will go down. On the other hand, when the demand exceeds the supply, the price will go up. At what cost per pound will the price stabilize and the supply equal the demand?
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