User:Issa Rice: Difference between revisions
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| Growth of ''X'' || <math>g_X = \dot{X}/X = \frac{\frac{\partial X}{\partial t}}{X}</math> || || || Even for single-variable functions, the convention seems to be to denote the derivative using the partial derivative. | | Growth of ''X'' || <math>g_X = \dot{X}/X = \frac{\frac{\partial X}{\partial t}}{X}</math> || || || Even for single-variable functions, the convention seems to be to denote the derivative using the partial derivative. | ||
|- | |- | ||
| Depreciation || ''δ'', ''d'', ''D'' || | | Depreciation (rate?) || ''δ'', ''d'', ''D'' || | ||
|- | |- | ||
| || ''k'' || || | | || ''k'' || || | ||
Revision as of 20:35, 14 September 2017
test >:(
| Name | Variable | Unit | Rival input? | Notes |
|---|---|---|---|---|
| Output | Y | – | ||
| Physical capital (capital stock) | K | Yes | Physical capital includes things like machines, computers, buildings, etc. | |
| Labor | L | Yes | ||
| Technology (knowledge) | A, T | No | ||
| Consumption | C | |||
| Investment | I | |||
| Amount saved | S | |||
| Growth of X | Even for single-variable functions, the convention seems to be to denote the derivative using the partial derivative. | |||
| Depreciation (rate?) | δ, d, D | |||
| k | ||||
| Fraction saved | s | |||
| y | ||||
| Time | t |
