Using the cost function, marginal cost would be:
"\\frac {dTC} {dQ} =MC=2Q"
Using the value of MC, market quantity will be the one at which MC equates to price such that:
"MC=P"
"2Q=3-(\\frac {1} {2} )Q"
"2Q+(\\frac {1} {2} )Q=3"
"(\\frac {5} {2} )Q=3"
"Q=\\frac {6} {5}"
At the quantity of 6/5 units, market price would be:
"P=3-(\\frac {1} {2} )(\\frac {6} {5} )"
"P=3-(\\frac {3} {5} )"
"P=\\frac {12} {5}"
Therefore, at the price of "\\frac {12} {5}" and quantity of "\\frac {6} {5}" firms profit would be=
"=TR-TC"
"=Q[3-(\\frac {1} {2} )Q]-(3+Q^2)"
"=(\\frac {6} {5} )[3-(\\frac {1} {2} )2]-[3+(6)5)^2)]"
"=[(\\frac {6} {5} )\u00d72]-[3+1.44]"
"=-2"
Therefore, firm will incur loss.
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