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Calculus 4E Lsn 3
Calculus 4E Lsn 3 The Paradox of Speed
| Question | Answer |
|---|---|
| The 1600s saw the culmination of the Scientific Revolution with the birth of modern science and the invention/discovery of | calculus. |
| a piece of a line | 2 possible answers: 1) a line segment - or 2) a point |
| Mathematical lines are those ideal, theoretical lines with no _____________ at all. | breadth |
| A time interval on a time line relates to a _________ _________________ on a mathematical line. | line segment |
| An instant of time is analogous to a mathematical ____________. | point |
| The Greek symbol delta (Δ) means | "change in." |
| The delta notation highlights what ____________________ is all about. | calculus |
| Calculus | the mathematics of change |
| d = Δx = | the distance traveled |
| t = Δt = | the time it takes to travel distance d |
| The main overall problem that Western science and philosophy are trying to tackle is the problem of __________________. | change |
| v= | d/t |
| _________________ speed is the speed you are traveling over an interval of time. | Average |
| _________________ speed is how fast you are going at any given moment or instant. | Instantaneous |
| An instant of time takes up _____ ____________ on a timeline, whereas an interval of time DOES take up space on a timeline. | NO space |
| As a formula, an instant of time is quantified as Δt = | 0. |
| As a formula, an interval of time is quantified as Δt __ 0. | > |
| Δx means | "change in location" |
| The paradox of speed is that | instantaneous speed does not seem to make any sense. |