Economics curves

Laffer curve

In economics, the Laffer curve illustrates a theoretical relationship between rates of taxation and the resulting levels of the government's tax revenue. The Laffer curve assumes that no tax revenue is raised at the extreme tax rates of 0% and 100%, meaning that there is a tax rate between 0% and 100% that maximizes government tax revenue. The shape of the curve is a function of taxable income elasticity – i.e., taxable income changes in response to changes in the rate of taxation. As popularized by supply-side economist Arthur Laffer, the curve is typically represented as a graph that starts at 0% tax with zero revenue, rises to a maximum rate of revenue at an intermediate rate of taxation, and then falls again to zero revenue at a 100% tax rate. However, the shape of the curve is uncertain and disputed among economists. One implication of the Laffer curve is that increasing tax rates beyond a certain point is counter-productive for raising further tax revenue. In the United States, conservatives have used the Laffer curve to argue that lower taxes may increase tax revenue. However, the hypothetical maximum revenue point of the Laffer curve for any given market cannot be observed directly and can only be estimated – such estimates are often controversial. The New Palgrave Dictionary of Economics reports that estimates of revenue-maximizing income tax rates have varied widely, with a mid-range of around 70%. The Laffer curve was popularized in the United States with policymakers following an afternoon meeting with Ford Administration officials Dick Cheney and Donald Rumsfeld in 1974, in which Arthur Laffer reportedly sketched the curve on a napkin to illustrate his argument. The term "Laffer curve" was coined by Jude Wanniski, who was also present at the meeting. The basic concept was not new; Laffer himself notes antecedents in the writings of the 14th-century social philosopher Ibn Khaldun and others. (Wikipedia).

Laffer curve
Video thumbnail

Lec 24 | MIT 14.01SC Principles of Microeconomics

Lecture 24: Government Redistribution Policy Instructor: Jon Gruber, 14.01 students View the complete course: http://ocw.mit.edu/14-01SCF10 License: Creative Commons BY-NC-SA More information at http://ocw.mit.edu/terms More courses at http://ocw.mit.edu

From playlist MIT 14.01SC Principles of Microeconomics

Video thumbnail

Using midpoint formula find the midpoint between two coordinates ex 2, C(-2, 7), D(-9, -5)

👉 Learn how to find the midpoint between two points. The midpoint between two points is the point halfway the line joining two given points in the coordinate plane. To find the midpoint between two points we add the x-coordinates of the two given points and divide the result by 2. This giv

From playlist Points Lines and Planes

Video thumbnail

Halloween- Econ in Real Life

Economics is everywhere. To prove it, I made a short video covering a few econ concepts you see on Halloween. Can you think of any others? Let me know in the comments below. Thanks for watching. Get the Ultimate Review Packet www.ultimatereviewpacket.com

From playlist Econ in Real Life

Video thumbnail

Rachel Cummings: The Strange Case of Privacy in Equilibrium Models

We study how privacy technologies affect user and advertiser behavior in a simple economic model of targeted advertising. In our model, a consumer first decides whether or not to buy a good, and then an advertiser chooses an advertisement to show the consumer. The consumer's value for the

From playlist HIM Lectures: Trimester Program "Combinatorial Optimization"

Video thumbnail

Find the midpoint between two points w(–12,–7), T(–8,–4)

👉 Learn how to find the midpoint between two points. The midpoint between two points is the point halfway the line joining two given points in the coordinate plane. To find the midpoint between two points we add the x-coordinates of the two given points and divide the result by 2. This giv

From playlist Points Lines and Planes

Video thumbnail

Find the reference angle of a angle larger than 2pi

👉 Learn how to find the reference angle of a given angle. The reference angle is the acute angle formed by the terminal side of an angle and the x-axis. To find the reference angle, we determine the quadrant on which the given angle lies and use the reference angle formula for the quadrant

From playlist Find the Reference Angle

Video thumbnail

Determine the midpoint between two coordinates ex 1, A(3, 5) and B(7, 9)

👉 Learn how to find the midpoint between two points. The midpoint between two points is the point halfway the line joining two given points in the coordinate plane. To find the midpoint between two points we add the x-coordinates of the two given points and divide the result by 2. This giv

From playlist Points Lines and Planes

Video thumbnail

Approximation fine pour les points rationnels sur les (...) - Wittenberg - Workshop 1 - CEB T2 2019

Olivier Wittenberg (Université Paris-Sud) / 23.05.2019 Approximation fine pour les points rationnels sur les corps de fonctions (Travail en commun avec Olivier Benoist.) La notion d’approximation faible joue un rôle central dans l’étude des points rationnels des variétés rationnellement

From playlist 2019 - T2 - Reinventing rational points

Video thumbnail

How to find the reference angle of an angle larger than 2pi

👉 Learn how to find the reference angle of a given angle. The reference angle is the acute angle formed by the terminal side of an angle and the x-axis. To find the reference angle, we determine the quadrant on which the given angle lies and use the reference angle formula for the quadrant

From playlist Find the Reference Angle

Video thumbnail

Applying the midpoint formula to find the midpoint between two points

👉 Learn how to find the midpoint between two points. The midpoint between two points is the point halfway the line joining two given points in the coordinate plane. To find the midpoint between two points we add the x-coordinates of the two given points and divide the result by 2. This giv

From playlist Points Lines and Planes

Video thumbnail

Find the reference angle of an angle in radians in the third quadrant

👉 Learn how to find the reference angle of a given angle. The reference angle is the acute angle formed by the terminal side of an angle and the x-axis. To find the reference angle, we determine the quadrant on which the given angle lies and use the reference angle formula for the quadrant

From playlist Find the Reference Angle

Video thumbnail

Learning to find the reference angle by using coterminal angle

👉 Learn how to find the reference angle of a given angle. The reference angle is the acute angle formed by the terminal side of an angle and the x-axis. To find the reference angle, we determine the quadrant on which the given angle lies and use the reference angle formula for the quadrant

From playlist Find the Reference Angle

Video thumbnail

What is the midpoint formula and how do you find the midpoint between

👉 Learn how to find the midpoint between two points. The midpoint between two points is the point halfway the line joining two given points in the coordinate plane. To find the midpoint between two points we add the x-coordinates of the two given points and divide the result by 2. This giv

From playlist Points Lines and Planes

Video thumbnail

Business Cycles: Boom and Bust

We are all somewhat familiar with economic expansion and recession. And pretty much everyone has heard of The Great Depression. What are recessions and depressions? How do we describe the business cycles that produce them? Let's define this term, talk about some major indicators and driver

From playlist Economics

Video thumbnail

Finding the midpoint between two points

👉 Learn how to find the midpoint between two points. The midpoint between two points is the point halfway the line joining two given points in the coordinate plane. To find the midpoint between two points we add the x-coordinates of the two given points and divide the result by 2. This giv

From playlist Points Lines and Planes

Related pages

Rahn curve | Multivalued function | Tax rate | Marginal tax rate | Mid-range | Extreme value theorem | Hysteresis | Econometrica | Arithmetic | Continuous function | David Hume | Billion