f the equilibrium price of natural gas is \( \$ 4 \) per thousand cubic feet and a price ceiling is imposed at \( \$ 3 \) per thousand cubic feet, the result will be: a. an accumulation of inventorles of unsold gas. b. a surplus of natural gas. c. more natural gas available than what buyers want to buy. d. a shortage of natural gas.
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When a price ceiling is set below the equilibrium price, it creates an imbalance in the market. In this case, with the ceiling at \( \$ 3 \) per thousand cubic feet, producers may not find it profitable to supply the same quantity of natural gas they would at the equilibrium price of \( \$ 4 \). As a result, the quantity demanded will exceed the quantity supplied, leading to a shortage of natural gas. In a shortage, eager buyers may be left wanting, while sellers can't keep up with the demand. This situation often leads to long lines and higher demands for the resource, as customers compete for the limited available supply, showcasing how price ceilings can unintentionally create chaos in the market!