Heterodox
Summary:
I have a new working paper. Abstract: Does the Cambridge equation, in which the rate of profits in a steady state is equal to the quotient of the rate of growth and the savings rate out of profits, hold in an economy with widespread non-competitive markets? This article presents a multiple-good model of markup pricing in an attempt to answer this question. A balance equation is derived. Given competitive conditions, this model can be used to derive the Cambridge equation. The Cambridge equation also holds in a special case of markup pricing, with one capital good and many consumption goods being produced. No definite conclusions are reached in the general case.
Topics:
Robert Vienneau considers the following as important: Example in Mathematical Economics, Full Cost Prices, Steady State Economics
This could be interesting, too:
I have a new working paper. Abstract: Does the Cambridge equation, in which the rate of profits in a steady state is equal to the quotient of the rate of growth and the savings rate out of profits, hold in an economy with widespread non-competitive markets? This article presents a multiple-good model of markup pricing in an attempt to answer this question. A balance equation is derived. Given competitive conditions, this model can be used to derive the Cambridge equation. The Cambridge equation also holds in a special case of markup pricing, with one capital good and many consumption goods being produced. No definite conclusions are reached in the general case.
Topics:
Robert Vienneau considers the following as important: Example in Mathematical Economics, Full Cost Prices, Steady State Economics
This could be interesting, too:
Robert Vienneau writes A Perverse Switch Point For Neoclassical Economics, Non-Perverse For Austrians
Robert Vienneau writes The Fundamental Sraffian Theorem
Robert Vienneau writes Perverse Switch Point For Austrian Economics
Robert Vienneau writes Traditional And ‘Perverse’ Switch Points For Austrian And Neoclassical Economics
I have a new working paper.
Abstract: Does the Cambridge equation, in which the rate of profits in a steady state is equal to the quotient of the rate of growth and the savings rate out of profits, hold in an economy with widespread non-competitive markets? This article presents a multiple-good model of markup pricing in an attempt to answer this question. A balance equation is derived. Given competitive conditions, this model can be used to derive the Cambridge equation. The Cambridge equation also holds in a special case of markup pricing, with one capital good and many consumption goods being produced. No definite conclusions are reached in the general case.