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Internet Service in the Local Market Is Supplied by Laura's $\iff$

question 13

Essay

Internet service in the local market is supplied by Laura's Internet Service. Laura has two types of consumers. The first type of customers is local businesses, and their demand for internet service is $Internet service in the local market is supplied by Laura's Internet Service. Laura has two types of consumers. The first type of customers is local businesses, and their demand for internet service is = 6,500 - 100P \iff P = 65 - 0.01 . The resulting marginal revenue function for business customers is MR(QB) = 65 - 0.02 . The second type is residential customers, and residential demand is = 12,500 - 500P \iff P = 25 - . The resulting marginal revenue function for residential customers is MR(QR) = 25 - QR. Laura's marginal cost function is MC(QB + QR) = + . If Laura practices third-degree price discrimination, what are the profit maximizing prices she charges business and residential customers?$
= 6,500 - 100P $\iff$ P = 65 - 0.01 $Internet service in the local market is supplied by Laura's Internet Service. Laura has two types of consumers. The first type of customers is local businesses, and their demand for internet service is = 6,500 - 100P \iff P = 65 - 0.01 . The resulting marginal revenue function for business customers is MR(QB) = 65 - 0.02 . The second type is residential customers, and residential demand is = 12,500 - 500P \iff P = 25 - . The resulting marginal revenue function for residential customers is MR(QR) = 25 - QR. Laura's marginal cost function is MC(QB + QR) = + . If Laura practices third-degree price discrimination, what are the profit maximizing prices she charges business and residential customers?$
. The resulting marginal revenue function for business customers is MR(Q^B) = 65 - 0.02 $Internet service in the local market is supplied by Laura's Internet Service. Laura has two types of consumers. The first type of customers is local businesses, and their demand for internet service is = 6,500 - 100P \iff P = 65 - 0.01 . The resulting marginal revenue function for business customers is MR(QB) = 65 - 0.02 . The second type is residential customers, and residential demand is = 12,500 - 500P \iff P = 25 - . The resulting marginal revenue function for residential customers is MR(QR) = 25 - QR. Laura's marginal cost function is MC(QB + QR) = + . If Laura practices third-degree price discrimination, what are the profit maximizing prices she charges business and residential customers?$
. The second type is residential customers, and residential demand
is $Internet service in the local market is supplied by Laura's Internet Service. Laura has two types of consumers. The first type of customers is local businesses, and their demand for internet service is = 6,500 - 100P \iff P = 65 - 0.01 . The resulting marginal revenue function for business customers is MR(QB) = 65 - 0.02 . The second type is residential customers, and residential demand is = 12,500 - 500P \iff P = 25 - . The resulting marginal revenue function for residential customers is MR(QR) = 25 - QR. Laura's marginal cost function is MC(QB + QR) = + . If Laura practices third-degree price discrimination, what are the profit maximizing prices she charges business and residential customers?$
= 12,500 - 500P $\iff$ P = 25 - $Internet service in the local market is supplied by Laura's Internet Service. Laura has two types of consumers. The first type of customers is local businesses, and their demand for internet service is = 6,500 - 100P \iff P = 65 - 0.01 . The resulting marginal revenue function for business customers is MR(QB) = 65 - 0.02 . The second type is residential customers, and residential demand is = 12,500 - 500P \iff P = 25 - . The resulting marginal revenue function for residential customers is MR(QR) = 25 - QR. Laura's marginal cost function is MC(QB + QR) = + . If Laura practices third-degree price discrimination, what are the profit maximizing prices she charges business and residential customers?$
. The resulting marginal revenue function for residential customers is MR(Q^R) = 25 - $Internet service in the local market is supplied by Laura's Internet Service. Laura has two types of consumers. The first type of customers is local businesses, and their demand for internet service is = 6,500 - 100P \iff P = 65 - 0.01 . The resulting marginal revenue function for business customers is MR(QB) = 65 - 0.02 . The second type is residential customers, and residential demand is = 12,500 - 500P \iff P = 25 - . The resulting marginal revenue function for residential customers is MR(QR) = 25 - QR. Laura's marginal cost function is MC(QB + QR) = + . If Laura practices third-degree price discrimination, what are the profit maximizing prices she charges business and residential customers?$
Q^R. Laura's marginal cost function is
MC(Q^B + Q^R) = $Internet service in the local market is supplied by Laura's Internet Service. Laura has two types of consumers. The first type of customers is local businesses, and their demand for internet service is = 6,500 - 100P \iff P = 65 - 0.01 . The resulting marginal revenue function for business customers is MR(QB) = 65 - 0.02 . The second type is residential customers, and residential demand is = 12,500 - 500P \iff P = 25 - . The resulting marginal revenue function for residential customers is MR(QR) = 25 - QR. Laura's marginal cost function is MC(QB + QR) = + . If Laura practices third-degree price discrimination, what are the profit maximizing prices she charges business and residential customers?$
+ $Internet service in the local market is supplied by Laura's Internet Service. Laura has two types of consumers. The first type of customers is local businesses, and their demand for internet service is = 6,500 - 100P \iff P = 65 - 0.01 . The resulting marginal revenue function for business customers is MR(QB) = 65 - 0.02 . The second type is residential customers, and residential demand is = 12,500 - 500P \iff P = 25 - . The resulting marginal revenue function for residential customers is MR(QR) = 25 - QR. Laura's marginal cost function is MC(QB + QR) = + . If Laura practices third-degree price discrimination, what are the profit maximizing prices she charges business and residential customers?$
. If Laura practices third-degree price discrimination, what are the profit maximizing prices she charges business and residential customers?

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Internet Service in the Local Market Is Supplied by Laura's ⟺ \iff⟺

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Internet Service in the Local Market Is Supplied by Laura's $\iff$