you can do the diagram based on the river user having property rights by using the y axis to sketch the area under the diagram to include the loss and area gain etc
In this example the farmer owns the property rights to the river. What if the government owns those property rights? Then we are back at regulation again.
Assuming the river is a public good- given the free-rider problem that could occur amongst the river users, who is going to pay the farmer with a property right to take production at Q*. Should the government not intervene and impose tax on pollution (i.e. farmer, assuming no property right was granted in the first place) such that t = MEC (Q*) = MB (Q*)?
Come back to you as a university economics student. Dal you top geezer.
YESSIR
Coming back to Dal from university is always a good feeling
I usually never comment videos, but this is definitely a great one! Thanks
Very precise and to the point as always 👌
you can do the diagram based on the river user having property rights by using the y axis to sketch the area under the diagram to include the loss and area gain etc
You should add Marginal private cost n Social costs so we can see it clearly.
You're my saviour
In this example the farmer owns the property rights to the river. What if the government owns those property rights? Then we are back at regulation again.
Assuming the river is a public good- given the free-rider problem that could occur amongst the river users, who is going to pay the farmer with a property right to take production at Q*. Should the government not intervene and impose tax on pollution (i.e. farmer, assuming no property right was granted in the first place) such that t = MEC (Q*) = MB (Q*)?
Thank you sir nicely explain ❤️❤️❤️❤️
Brilliant stuff
Great video :)
In this situation the river user would be the public? I don't understand why they would want to pay for it?...
Awesome
marginal costs and marginal benefits insteeeeeead , please
Government failure is far more common than market failure