Subsidies

Q3(e) Data response: how well subsidies tackle externalities such as road congestion (context: Sri Lanka Railways' subsidised tickets).

Q1(f) Diagram question: show what France's EUR4bn hydrogen subsidy does to equilibrium price and quantity.

Q2(g) Data response: the environmental case for subsidising solar-powered stoves in Rwanda (context: a $17m scheme reaching 500 000+ households).

Q1(b) Multiple choice picking the diagram showing what higher subsidies to car makers do to the market.

Q3(a) Multiple choice on the upside of subsidising domestic producers.

Q2(g) Data response: what the US stands to gain from subsidising green technology (context: a $369bn programme).

Q1(f) Diagram question: Ghana withdraws its fuel subsidy - show the effect on petroleum price and quantity.

Q1(g) Diagram question: show what a subsidy does to the electric car market, labelling the new curve and equilibrium.

Q2(f) Diagram question: show what introducing a subsidy does to equilibrium price and quantity.

Q4(c) Data response: weigh up subsidies as environmental protection - Spain case.

Q3(c) Give one reason the US government brought in the subsidy described.

Q2(e) Set out one drawback to a government of using subsidies.

Q3(c) Give one reason the UK subsidises renewable energy firms.

Q1(f) Diagram question: show what a subsidy does to the price and quantity of renewable energy.

Q3(c) Give one benefit of subsidies - Bangladesh case.

Q1(f) Diagram question: show what a targeted car subsidy does to equilibrium price and quantity.

Q4(c) Data response: weigh up public transport subsidies as environmental protection.

Q1(h) Data response: why India subsidised its sugar cane farmers.

Q2(a) Multiple choice picking the diagram showing an agricultural market after a subsidy is withdrawn.