A small plant manufacturing riding mowers. The plant has fixed costs (leases, insurance, etc.) of $45,898 per day and variable costs (labor, materials, etc.) of $1,287 per mower produced. The mowers are sold for $2,170 each. The resulting cost and revenue equations are y = 45,898 + 1,287 Cost equation x y = 2,170 x Revenue equation where x is the total number of mowers produced and sold each day. The daily costs and revenue are in dollars. How many mowers must be manufactured and sold each day for the company to break even? mowers. Round to the nearest mower.
A small plant manufacturing riding mowers. The plant has fixed costs (leases, insurance, etc.) of $45,898 per day and variable costs (labor, materials, etc.) of $1,287 per mower produced. The mowers are sold for $2,170 each. The resulting cost and revenue equations are y = 45,898 + 1,287 Cost equation x y = 2,170 x Revenue equation where x is the total number of mowers produced and sold each day. The daily costs and revenue are in dollars. How many mowers must be manufactured and sold each day for the company to break even? mowers. Round to the nearest mower.
Chapter4: Systems Of Linear Equations
Section4.3: Solve Mixture Applications With Systems Of Equations
Problem 158E: The manufacturer of an energy drink spends $1.20 to make each drink and sells them for $2. The...
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Transcribed Image Text:A small plant manufacturing riding mowers. The plant has
fixed costs (leases, insurance, etc.) of $45,898 per day and
variable costs (labor, materials, etc.) of $1,287 per mower
produced. The mowers are sold for $2,170 each. The
resulting cost and revenue equations are
y = 45,898 + 1,287
Cost equation
X
y = 2,170 x
Revenue equation
where x is the total number of mowers produced and sold
each day. The daily costs and revenue are in dollars.
How many mowers must be manufactured and sold each
day for the company to break even?
mowers. Round to the nearest mower.
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