R(x) = 19(2x + 1)-1 + 38x 19 where x is in thousands of units and R is in thousands of dollars. (a) Find the marginal revenue (in thousands of dollars) when 2000 units ar $ thousand (b) How does the revenue change when 2000 units are sold? The revenue is increasing. The r ovo

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Suppose that the revenue function for a certain product is given by
R(x) = 19(2x + 1)-1 + 38x
19
-
where x is in thousands of units and R is in thousands of dollars.
(a) Find the marginal revenue (in thousands of dollars) when 2000 units are sold.
$
thousand
(b) How does the revenue change when 2000 units are sold?
The revenue is increasing.
The revenue remains constant.
The revenue is decreasing.
Transcribed Image Text:Suppose that the revenue function for a certain product is given by R(x) = 19(2x + 1)-1 + 38x 19 - where x is in thousands of units and R is in thousands of dollars. (a) Find the marginal revenue (in thousands of dollars) when 2000 units are sold. $ thousand (b) How does the revenue change when 2000 units are sold? The revenue is increasing. The revenue remains constant. The revenue is decreasing.
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