Escaping the Carbon Trap in Vehicle Choice
Once the market share of electric vehicles (EVs) surpasses the break-even point, a positive feedback loop can be initiated. At this stage, the cost advantage shifts to EVs, prompting more consumers to switch. This self-reinforcing cycle can be further accelerated by non-cost factors, such as pro-environmental values, which can provide the final push for a large-scale transition to an EV-dominated transport system, thus breaking free from the carbon trap. However, initiating this escape is particularly challenging when EV adoption is initially very low.
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Introduction to Macroeconomics Course
Ch.8 Economic dynamics: Financial and environmental crises - The Economy 2.0 Macroeconomics @ CORE Econ
The Economy 2.0 Macroeconomics @ CORE Econ
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Escaping the Carbon Trap in Vehicle Choice
Switching Condition for Vehicle Choice
Ultra-Green Consumers as First Adopters of EVs
A government implements a policy that makes the total cost of purchasing and operating an electric vehicle (EV) demonstrably cheaper than a comparable conventional gasoline-powered car. According to a model that categorizes consumers into 'early adopters' (motivated by non-cost factors), a large 'majority' (motivated primarily by cost), and 'laggards' (resistant to change), what is the most accurate evaluation of this policy's likely impact?
Analyzing EV Market Share Plateau
Match each consumer group with the description that best characterizes their vehicle purchasing behavior in a market with both conventional and electric options.
Explaining Persistent Conventional Vehicle Sales
Escaping the Carbon Trap in Vehicle Choice
Government Mandates as a Solution to the Carbon Trap
Promoting EV Transition by Influencing Consumer Choice
Learn After
A country's government aims to trigger a self-reinforcing cycle where the market shifts from gasoline-powered cars to electric vehicles (EVs). Currently, the market share for EVs is extremely low. Based on the dynamics of this transition, which of the following scenarios represents the most significant barrier to initiating the positive feedback loop needed to escape the dominance of gasoline vehicles?
The Tipping Point for EV Adoption
A country's electric vehicle (EV) market has just surpassed the critical 'break-even' point where a positive feedback loop begins to accelerate adoption. Arrange the following events into the logical sequence that describes this self-reinforcing cycle.
Policy Effectiveness for EV Transition
Analyzing Market Transition to Electric Vehicles
According to the model of vehicle market transition, once electric vehicles (EVs) achieve a clear cost advantage over gasoline-powered cars, the market will automatically and completely shift to EVs due to a self-reinforcing positive feedback loop.
Catalysts for Vehicle Market Transition
A country's vehicle market is transitioning from being dominated by gasoline-powered cars to electric vehicles (EVs). Match each phase of this market transition with the primary factor that influences the purchasing decisions of the majority of consumers during that phase.
In a specific country, the market for electric vehicles (EVs) has just crossed a critical threshold where, due to economies of scale and infrastructure growth, the total cost of owning an EV is now slightly lower than a comparable gasoline-powered car. A positive feedback loop of adoption has begun. Which of the following actions would be most effective at accelerating this now-established self-reinforcing cycle?
A city's electric vehicle (EV) market share has recently surpassed the point where the total cost of ownership for a new EV is now equal to that of a comparable gasoline-powered car. A self-reinforcing cycle of adoption is beginning to take hold. City planners want to accelerate this transition. Based on the dynamics of such market shifts, which of the following policy approaches is best positioned to accelerate the existing momentum?