Question

In: Economics

(a) In 2003, London established a congestion charge for cars and vehicles entering the central London...

(a) In 2003, London established a congestion charge for cars and vehicles entering the central London area. Today, motorists entering the charge zone area pay a flat rate of £11.50 (around $22AUD), debited through a scanner. Failure to pay the charge results in a penalty of £130. Currently, electric cars and some low-emmission hybrids receive free entry to the zone. Net revenue from the charge is used to invest in public transport, improved roads and bridges, and create walking and cycling paths. What economic problem (or problems) do you think the congestion charge is trying to solve? Explain how the congestion charge might help to solve these problems.

(b) After the charge was introduced, the number of vehicles entering the zone fell by about one-third, riders on buses increased by 15%, and bicycle use increased by 30%. Using principles of microeconomics, what explanations can you give for these changes in the behaviour of drivers?

(c) Suppose the charge is increased by 15%, and revenue from the charge scheme increases by 20%. Explain why revenue has increased at a faster rate than price in this case.

Solutions

Expert Solution

ANSWER:

a) As there is a economic problem of extensive pollution, it will leads to an increase in the health expenditure, it is what the congestion charge is trying to solve. And also necessary economic problem of negative externality arises due to the cars that are generating so much of pollution in the city. And also by charging a congestion charges, it will prove costlier for private vehicle owners to enter london as they will be charged, this will decrease the number of private cars who will crowd on the roads and also people will prefer travelling through the public transport, because of this congestion charge there will be a less number of vehicles and this will reduce the pollution level in the city.

b) As per the norms or principles of microeconomics, more is the price- less will be the demand. Thus due to the imposition of the congestion charge, less number of people will be travelled by cars. Also one can apply the concept of scarcity and choice, as there are ample options available to travel instead of by the car, customers will get the benefit of choice and decrease the car usage. For instance, if there are no options available then the consumers would have opted to travel through car. Few people also try to choose to buy the electronic cars as there is no charge in that case.

c) As charge gets increased by 15% and also revenue from the charge is increased by 20%. Therefore the revenue has increased at a faster pace, due to the demand might be inelastic. Wherein even if the price increases, the demand for driving by cars doesn't fall and also people are capable to buy at that charge or will have no other alternative to travel more freely.


Related Solutions

In 2003, London established a congestion charge for cars and vehicles entering the central London area....
In 2003, London established a congestion charge for cars and vehicles entering the central London area. Today, motorists entering the charge zone area pay a flat rate of £11.50 (around $22AUD), debited through a scanner. Failure to pay the charge results in a penalty of £130. Currently, electric cars and some low-emmission hybrids receive free entry to the zone. Net revenue from the charge is used to invest in public transport, improved roads and bridges, and create walking and cycling...
The arrival times of vehicles entering a toll facility is 50 vehicles per hour an assumed...
The arrival times of vehicles entering a toll facility is 50 vehicles per hour an assumed to be Poisson distributed. The public agency is looking at different toll processing options where the processing time will range from 30 veh/sec to 70 veh/sec., all of which are assumed to follow an exponential distribution.  Create graphs showing the range of estimated impacts of these toll processing options in 5 second increments along the x-axis and the following expected values of impacts along the...
A corridor connecting a suburban region to the Central Business District (CBD) is experiencing significant congestion...
A corridor connecting a suburban region to the Central Business District (CBD) is experiencing significant congestion during morning peak periods. The primary purpose of travel during the peak period is “work”, and the corridor has two main modes-drive alone (single occupant vehicle=SOV), and carpool. The city transportation engineer is considering converting a lane in each direction of travel into a high occupancy vehicle (HOV) only lane. The city officials want 2 to know what impact this proposed measure would have...
A corridor connecting a suburban region to the Central Business District (CBD) is experiencing significant congestion...
A corridor connecting a suburban region to the Central Business District (CBD) is experiencing significant congestion during morning peak periods. The primary purpose of travel during the peak period is “work”, and the corridor has two main modes-drive alone (single occupant vehicle= SOV), and carpool. The city transportation engineer is considering converting a lane in each direction of travel into a high occupancy vehicle (HOV) only lane. The city officials want 2 to know what impact this proposed measure would...
A corridor connecting a suburban region to the Central Business District (CBD) is experiencing significant congestion...
A corridor connecting a suburban region to the Central Business District (CBD) is experiencing significant congestion during morning peak periods. The primary purpose of travel during the peak period is “work”, and the corridor has two main modes-drive alone (single occupant vehicle= SOV), and carpool. The city transportation engineer is considering converting a lane in each direction of travel into a high occupancy vehicle (HOV) only lane. The city officials want 2 to know what impact this proposed measure would...
Although cities encourage carpooling to reduce traffic congestion, most vehicles carry only one person. For example,...
Although cities encourage carpooling to reduce traffic congestion, most vehicles carry only one person. For example, 79% of vehicles on the roads are occupied by just the driver. (Round your answers to four decimal places.) (a) If you choose 10 vehicles at random, what is the probability that more than half (that is, 6 or more) carry just one person? (b) If you choose 108 vehicles at random, what is the probability that more than half (that is, 55 or...
Ramp metering is a traffic engineering idea that requires cars entering a freeway to stop for...
Ramp metering is a traffic engineering idea that requires cars entering a freeway to stop for a certain period of time before joining the traffic flow. The theory is that ramp metering controls the number of cars on the freeway and the number of cars accessing the freeway, resulting in a freer flow of cars, which ultimately results in faster travel times. To test whether ramp metering is effective in reducing travel times, engineers conducted an experiment in which a...
Ramp metering is a traffic engineering idea that requires cars entering a freeway to stop for...
Ramp metering is a traffic engineering idea that requires cars entering a freeway to stop for a certain period of time before joining the traffic flow. The theory is that ramp metering controls the number of cars on the freeway and the number of cars accessing the freeway, resulting in a freer flow of cars, which ultimately results in faster travel times. To test whether ramp metering is effective in reducing travel times, engineers conducted an experiment in which a...
Ramp metering is a traffic engineering idea that requires cars entering a freeway to stop for...
Ramp metering is a traffic engineering idea that requires cars entering a freeway to stop for a certain period of time before joining the traffic flow. The theory is that ramp metering controls the number of cars on the freeway and the number of cars accessing the​ freeway, resulting in a freer flow of​ cars, which ultimately results in faster travel times. To test whether ramp metering is effective in reducing travel​ times, engineers conducted an experiment in which a...
Ramp metering is a traffic engineering idea that requires cars entering a freeway to stop for...
Ramp metering is a traffic engineering idea that requires cars entering a freeway to stop for a certain period of time before joining the traffic flow. The theory is that ramp metering controls the number of cars on the freeway and the number of cars accessing the​ freeway, resulting in a freer flow of​ cars, which ultimately results in faster travel times. To test whether ramp metering is effective in reducing travel​ times, engineers conducted an experiment in which a...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT