Kiss My Math meets A Tour of the Calculus. Jennifer Ouellette never took math in college, mostly because she-like most people-assumed that she wouldn't need it in real life. But then the English-major-turned-award-winning-science-writer had a change of heart and decided to revisit the... read more
“The zombies get us all in the end.”Robert Smith
Calculus boils down to two fundamental ideas: (1) the derivative (differential calculus), which is a way of measuring instantaneous change, such as finding the speed of a car when you only know its position; and (2) the integral (integral calculus), which describes the accumulation of an infinite number of tiny pieces that add up to a whole and can be used, for instance, to determine the distance a car has traveled when only its speed is known.Highlighted by 37 Kindle customers
Knowledge is power, and we forfeit that power when we choose to remain willfully ignorant.Highlighted by 29 Kindle customers
Newton’s key insight was the connection between the derivative and integral. Finding the area under a curve (integration) is the reverse of finding the slope of a tangent line (differentiation). That is the fundamental theorem of calculus.Highlighted by 27 Kindle customers
So the area under a curve corresponds to the integral, while the slope of the tangent line to a point on that curve corresponds to the derivative.Highlighted by 27 Kindle customers
The first is a process of subtraction and division; the second, a process of multiplication and addition. Each “undoes” the work of the other.Highlighted by 21 Kindle customers
“A function is a set of ordered pairs where, for every value of x, there is only one corresponding value for y.” But another way to think of the function is as a link between cause and effect. The variables x and y, for instance, are wholly interdependent, such that, if a change occurs in one of them (cause, or the independent variable), the other changes in response (effect, or the dependent variable).Highlighted by 15 Kindle customers
One of those minds belonged to Abu Jafar al-Kwarizmi, whom we can blame for the development of modern algebra. He dreamed up how to use an equation to describe an unknown, the original x factor. He’s the guy who invented that tedious exercise of “balancing” both sides of an equation by adding, subtracting, or dividing by the same amount on both sides, a plague for high school students to this day. He called his brainchild “comparing and restoring.” Since the Arabic word for “restoring” is al-jabr, today we know this discipline as algebra.Highlighted by 15 Kindle customers
The act of devising a calculus problem from your observations of the world around you—and then solving it—is as much a creative endeavor as writing a novel or composing a symphony. Those things are not easy, nor should they be. As with any art form, the best way to learn and improve is by diligently practicing that art.Highlighted by 14 Kindle customers
In modern calculus, these quantities—position, velocity, acceleration, and so forth—are known as functions, a concept that didn’t exist in Newton’s time.Highlighted by 13 Kindle customers
At its core, calculus is about creating and solving logic problems—a most creative endeavor. In fact, constructing a calculus problem is akin to telling a story; we’re just doing it with numerical symbols instead of words.Highlighted by 10 Kindle customers
1 - To Infinity and Beyond
2 - Drive Me Crazy
3 - Casino Royale
4 - The Devil's Playground
5 - Show Me The Money
6 - A Pox upon it
7 - Body Heat
8 - The Canterary Tales
9 - Surfin' Safari
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