The marginal cost function $C ^ { \prime } ( x )$ is defined to be the derivative of the cost function. If the marginal cost of manufacturing $x$ units of a product is
$$C ^ { \prime } ( x ) = 0.009 x ^ { 2 } - 1.8 x + 9$$
(measured in dollars per unit) and the fixed start-up cost is $C ( 0 ) = 1,900,000$, use the Total Change Theorem to find the cost of producing the first 5,000 units. Select the correct answer.
A) $\$ 354,645,000$
B) $\$ 354,845,000$
C) $\$ 354,445,000$
D) $\$ 354,545,000$
E) $\$ 354,745,000$

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The Answer of The marginal cost function $C ^ { \prime } ( x )$ is defined to be the derivative of the cost function. If the marginal cost of manufacturing $x$ units of a product is
$$C ^ { \prime } ( x ) = 0.009 x ^ { 2 } - 1.8 x + 9$$
(measured in dollars per unit) and the fixed start-up cost is $C ( 0 ) = 1,900,000$, use the Total Change Theorem to find the cost of producing the first 5,000 units. Select the correct answer.
A) $\$ 354,645,000$
B) $\$ 354,845,000$
C) $\$ 354,445,000$
D) $\$ 354,545,000$
E) $\$ 354,745,000$

The Marginal Cost Function C′(x)C ^ { \prime } ( x )C′(x)

The Marginal Cost Function $C ^ { \prime } ( x )$