The demand function for a product is modeled by $p = 4000 \left( 1 - \frac { 5 } { 5 + e ^ { - 0.0003 x } } \right)$ . What is the limit of the price as x increases without bound? Round your answer to two decimal places where applicable.
A)The limit of the price as x increases without bound is -1.
B)The limit of the price as x increases without bound is 1.
C)The limit of the price as x increases without bound is 0.
D)The limit of the price as x increases without bound is $4000$ .
E)The limit of the price as x increases without bound is $5$ .

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The Answer of The demand function for a product is modeled by $p = 4000 \left( 1 - \frac { 5 } { 5 + e ^ { - 0.0003 x } } \right)$ . What is the limit of the price as x increases without bound? Round your answer to two decimal places where applicable.
A)The limit of the price as x increases without bound is -1.
B)The limit of the price as x increases without bound is 1.
C)The limit of the price as x increases without bound is 0.
D)The limit of the price as x increases without bound is $4000$ .
E)The limit of the price as x increases without bound is $5$ .

The Demand Function for a Product Is Modeled By p=4000(1−55+e−0.0003x)p = 4000 \left( 1 - \frac { 5 } { 5 + e ^ { - 0.0003 x } } \right)p=4000(1−5+e−0.0003x5​)

The Demand Function for a Product Is Modeled By $p = 4000 \left( 1 - \frac { 5 } { 5 + e ^ { - 0.0003 x } } \right)$