Suppose that the market for corn is initially in equilibrium and is perfectly competitive. The demand curve can be expressed as $P = 10 - Q ^ { d }$ ; the supply curve can be expressed as $P = 0.25 Q ^ { s }$ . Quantity is expressed in millions of bushels. Now suppose that the federal government imposes a price floor of $3 per bushel of corn. What is the dead-weight loss (per million bushels) associated with the price floor when the most efficient producers are active?
A) $9.375
B) $2.25.
C) $1.
D) $0.63.

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The Answer of Suppose that the market for corn is initially in equilibrium and is perfectly competitive. The demand curve can be expressed as $P = 10 - Q ^ { d }$ ; the supply curve can be expressed as $P = 0.25 Q ^ { s }$ . Quantity is expressed in millions of bushels. Now suppose that the federal government imposes a price floor of $3 per bushel of corn. What is the dead-weight loss (per million bushels) associated with the price floor when the most efficient producers are active?
A) $9.375
B) $2.25.
C) $1.
D) $0.63.

Suppose That the Market for Corn Is Initially in Equilibrium P=10−QdP = 10 - Q ^ { d }P=10−Qd

Suppose That the Market for Corn Is Initially in Equilibrium $P = 10 - Q ^ { d }$