Question

In Bertrand competition with differentiated goods, the demand curve for bags of Wilson tennis balls is $q_w = 80 - 4P_w + 2P_D$, and the demand curve for bags of Dunlop tennis balls is $q_D = 80 - 2P_D + P_w$. The two firms both have zero marginal costs. How many bags of tennis balls does each firm produce? $q_w = 64; q_D = 48$ $q_w = 16; q_D = 24$ $q_w = 38; q_D = 32$ $q_w = 44; q_D = 44$

          In Bertrand competition with differentiated goods, the demand curve for bags of Wilson tennis balls is $q_w = 80 - 4P_w + 2P_D$, and the demand curve for bags of Dunlop tennis balls is $q_D = 80 - 2P_D + P_w$. The two firms both have zero marginal costs. How many bags of tennis balls does each firm produce?
$q_w = 64; q_D = 48$
$q_w = 16; q_D = 24$
$q_w = 38; q_D = 32$
$q_w = 44; q_D = 44$

In Bertrand competition with differentiated goods, the demand curve for bags of Wilson tennis balls is qw = 80 - 4Pw + 2PD, and the demand curve for bags of Dunlop tennis balls is qD = 80 - 2PD + Pw. The two firms both have zero marginal costs. How many bags of tennis balls does each firm produce?
qw = 64; qD = 48
qw = 16; qD = 24
qw = 38; qD = 32
qw = 44; qD = 44

Added by Megan H.

Principles of Economics

Gregory Mankiw 8th Edition

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Solved by Expert Akash M

11/13/2023

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In Bertrand competition with differentiated goods, the demand curve for bags of Wilson tennis balls is qW=80-4PW+2PD, and the demand curve for bags of Dunlop tennis balls is qD=80-2PD+PW. The two firms both have zero marginal costs. How many bags of tennis balls does each firm produce? qW=64;qD=48 qW=16;qD=24 qW=38;qD=32 qW=44;qD=44 In Bertrand competition with differentiated goods, the demand curve for bags of Wilson tennis balls is qW=80-4PW+2PP, and the demand curve for bags of Dunlop tennis balls is qP=80-2PP+PW. The two firms both have zero marginal costs. How many bags of tennis balls does each firm produce? qW=64;qD=48 qW=16;qD=24 qW=38;qD=32 qW=44;qD=44