The demand equation for a product is $p = 40 - 0.0008 x$ where $p$ is the price per unit and $x$ is the number of units sold. The total revenue $R$ for selling $x$ units is given by $R = x p.$ How many units must be sold to produce a revenue of $200,000?
A)5635 units or 54,580 units
B)44,365 units or 74,090 units
C)4580 units or 74,090 units
D)5635 units or 44,365 units
E)5635 units or 74,090 units

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The Answer of The demand equation for a product is $p = 40 - 0.0008 x$ where $p$ is the price per unit and $x$ is the number of units sold. The total revenue $R$ for selling $x$ units is given by $R = x p.$ How many units must be sold to produce a revenue of $200,000?
A)5635 units or 54,580 units
B)44,365 units or 74,090 units
C)4580 units or 74,090 units
D)5635 units or 44,365 units
E)5635 units or 74,090 units

The Demand Equation for a Product Is p=40−0.0008xp = 40 - 0.0008 xp=40−0.0008x

The Demand Equation for a Product Is $p = 40 - 0.0008 x$