| Line 13: |
Line 13: |
| | ===Easy=== | | ===Easy=== |
| | | | |
| − | *definitions: economics, competition, efficiency, microeconomics (the study of individual “micro” market decisions, companies, consumers) | + | *'''definitions''': |
| − | *scarcity (when "wants" exceed free availability of the good; scarcity is what makes economics meaningful) | + | **economics |
| − | *opportunity cost | + | **competition |
| − | *transaction cost | + | **efficiency |
| − | *rational economic action | + | **microeconomics (the study of individual “micro” market decisions, companies, consumers) |
| − | *P (price) & Q (quantity or output) | + | *'''scarcity''' (when "wants" exceed free availability of the good; scarcity is what makes economics meaningful) |
| − | *graphing supply and demand curves (with P on y-axis, and Q on x-axis) | + | *'''opportunity cost''' |
| − | *supply meets demand: this defines the market price and quantity in a free, competitive market | + | *'''transaction cost''' |
| − | *demand side | + | *'''rational economic action''' |
| − | *Law of Demand: when price goes up, then demand goes down. YOU MUST USE THIS LAW. | + | *'''P (price) & Q (quantity or output)''' |
| − | *equilibrium | + | *'''graphing supply and demand curves''' (with P on y-axis, and Q on x-axis) |
| − | *supply side | + | *'''supply meets demand: this defines the market price and quantity in a free, competitive market''' |
| − | *concept of a "firm" = company = supplier = seller | + | *'''demand side''' |
| − | *"inputs" into production by a firm | + | *'''Law of Demand:''' when price goes up, then demand goes down. '''YOU MUST USE THIS LAW.''' |
| − | *fixed costs (FC) (these are costs that do not vary with a company’s output. Examples: rental payments, taxicab license fee) | + | *'''equilibrium''' |
| − | *variable costs (VC) (costs that do vary directly with output. Examples: fuel, labor) | + | *'''supply side''' |
| − | *marginal benefit of a firm’s output decision for producing one more Q: marginal benefit is P (price it is sold at) | + | *'''concept of a "firm"''' = company = supplier = seller |
| − | *stated another way: point at which firms sell their goods (where MR=MC) | + | *'''"inputs" into production''' by a firm |
| − | *utility | + | *'''fixed costs''' (FC) (these are costs that do not vary with a company’s output. Examples: rental payments, taxicab license fee) |
| − | *net benefits (excess of benefits over costs) | + | *'''variable costs''' (VC) (costs that do vary directly with output. Examples: fuel, labor) |
| − | *substitutes | + | *'''marginal benefit''' of a firm’s output decision for producing one more Q: marginal benefit is P (price it is sold at) |
| − | *complements | + | *stated another way: '''point at which firms sell their goods (where MR=MC)''' |
| − | *accounting profit (total revenue minus explicit cost) | + | *'''utility''' |
| − | *economic profit (total revenue minus both explicit and implicit costs) | + | *'''net benefits''' (excess of benefits over costs) |
| − | *short run (period when only some inputs are increased in order to increase output; e.g. overtime) | + | *'''substitutes''' |
| − | *long run (period when any and all inputs are increased to increase output; e.g., build new stadium) | + | *'''complements''' |
| − | *time is money | + | *'''accounting profit''' (total revenue minus explicit cost) |
| − | *inflation, CPI (consumer price index for a "basket" of basic goods, in order to measure inflation) | + | *'''economic profit''' (total revenue minus both explicit and implicit costs) |
| − | *Gresham's Law (bad drives out good) | + | *'''short run''' (period when only some inputs are increased in order to increase output; e.g. overtime) |
| | + | *'''long run''' (period when any and all inputs are increased to increase output; e.g., build new stadium) |
| | + | *'''time is money''' |
| | + | *'''inflation''', CPI (consumer price index for a "basket" of basic goods, in order to measure inflation) |
| | + | *'''Gresham's Law''' (bad money drives out good) |
| | | | |
| | ===Medium=== | | ===Medium=== |