2.2 The Legacy of Galileo, Newton, and Leibniz

By the end of your studying, you should know:
Onscreen applet instructions: This applet shows the average velocity over the interval a to a+h, where a can be chosen from the pull down list. A single click in the graph gives an enlarged picture around the point x = a. Another click restores the original size. The value of h can be set on the slider. Click here for further instructions.
ExamplesTwo taxicab drivers decide to race their cabs. The first driver has a 30second head start, and accelerates at 1 meter per second per second. The second driver accelerates at 2 meters per second per second. How many seconds will it take for the second driver to catch the first?
The distance an object falls in t seconds is given by the formula
The gravitational acceleration on Mars is about 3.7 meters per second per second. If a Martian juggler were to throw a ball straight up at a rate of 25 meters per second, how high would the ball go? How long would it take until it came down again? Use the formulas v(t) = v_{0} – at for the velocity and d(t) = v_{0}t – (1/2)at^{2} for the height of the ball.
VideosSee short videos of worked problems for this section.
QuizExercisesSee Exercises for 2.2 The Legacy of Galileo, Newton, and Leibniz (PDF).Work online to solve the exercises for this section, or for any other section of the textbook. 
Resources on the WebInformation on NewtonBiographical data from St. Andrew's University's Web site Excerpt from W.W. Rouse Ball's "A Short Account of the History of Mathematics"
Information on Leibniz
Calculus Applications

2.1 Modeling Rates of Change  Table of Contents  2.3 Limits of Functions 
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Copyright © 2005 Donald L. Kreider, C. Dwight Lahr, Susan J. Diesel