The Physics Club sells E = mc2 T-shirts at the local flea market. Unfortunately, the club's previous administration has been losing money for years, so you decide to do an analysis of the sales. A quadratic regression based on old sales data reveals the following demand equation for the T-shirts. q = -2p2 + 33p (9 sps 15) Here, p is the price the club charges per T-shirt, and g is the number it can sell each day at the flea market. (a) Obtain a formula for the price elasticity of demand for E = mc2 T-shirts. E = (b) Compute the elasticity of demand if the price is set at $10 per shirt. (Round your answer to two decimal places.) Interpret the result, The demand for E = mc2 T-shirts is going ? O by about % per 1% increase in the price. (c) How much should the Physics Club charge for the T-shirts to obtain the maximum daily revenue? What will the revenue be? 24
The Physics Club sells E = mc2 T-shirts at the local flea market. Unfortunately, the club's previous administration has been losing money for years, so you decide to do an analysis of the sales. A quadratic regression based on old sales data reveals the following demand equation for the T-shirts. q = -2p2 + 33p (9 sps 15) Here, p is the price the club charges per T-shirt, and g is the number it can sell each day at the flea market. (a) Obtain a formula for the price elasticity of demand for E = mc2 T-shirts. E = (b) Compute the elasticity of demand if the price is set at $10 per shirt. (Round your answer to two decimal places.) Interpret the result, The demand for E = mc2 T-shirts is going ? O by about % per 1% increase in the price. (c) How much should the Physics Club charge for the T-shirts to obtain the maximum daily revenue? What will the revenue be? 24
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![The Physics Club sells E =
mc T-shirts at the local flea market. Unfortunately, the club's previous administration has been losing money for years, so you decide to do an analysis of the sales. A
quadratic regression based on old sales data reveals the following demand equation for the T-shirts.
q = -2p2 + 33p
(9 < p< 15)
Here, p is the price the club charges per T-shirt, and q is the number it can sell each day at the flea market.
(a) Obtain a formula for the price elasticity of demand for E = mc2 T-shirts.
E =
(b) Compute the elasticity
demand if
price is set at $10 per shirt. (Round your answer to two
places.)
Interpret the result.
The demand for E = mc2 T-shirts is going ?
O by about
% per 1% increase in the price.
(c) How much should the Physics Club charge for the T-shirts to obtain the maximum daily revenue?
$
What will the revenue be?
$](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa32a331a-44ec-4e8d-a40f-5fbd27452f88%2Fbb627dec-56cc-4b78-af39-36d178c1605b%2F2nq4xya_processed.png&w=3840&q=75)
Transcribed Image Text:The Physics Club sells E =
mc T-shirts at the local flea market. Unfortunately, the club's previous administration has been losing money for years, so you decide to do an analysis of the sales. A
quadratic regression based on old sales data reveals the following demand equation for the T-shirts.
q = -2p2 + 33p
(9 < p< 15)
Here, p is the price the club charges per T-shirt, and q is the number it can sell each day at the flea market.
(a) Obtain a formula for the price elasticity of demand for E = mc2 T-shirts.
E =
(b) Compute the elasticity
demand if
price is set at $10 per shirt. (Round your answer to two
places.)
Interpret the result.
The demand for E = mc2 T-shirts is going ?
O by about
% per 1% increase in the price.
(c) How much should the Physics Club charge for the T-shirts to obtain the maximum daily revenue?
$
What will the revenue be?
$
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