Mathematicians
Formulas
Integration
Polar/Parametric
Miscellaneous
100

Often considered the "father of Calculus". Found the speed of falling objects.

Who is Issac Newton?

100

Integration By Parts formula

u dv

u dv= uv -∫v du

100

∫x3+x2+4x+(1/x)+(1/(1+x2))dx

x4/4 +x3/3+2x2+ln(|x|)+tan-1(x)+C

100

Given x=t2 and y=t3-3t. Find values of t where the curve has horizontal tangent lines.

t=-1, 1

100

The 3 conditions for continuity

1. limx->c- =limx->c+

2. f(c) exists

3. limx->c= f(c)

200

German mathematician who developed infinitesimal calculus independently and introduced the integral sign notation

Who is Gottfried Wilhelm Leibniz?

200

Parametric area under curve using x(t)&y(t)

∫y(t)*x'(t) dt

200

∫x2√(x3+1)+x√(x+1) dx

What is (2(x3+1)3/2)/9+ (2(x+1)5/2)/5 - (2(x+1)3/2)/3 +C

200

Give the position of particle is defined by x(t)=√(t) and y(t)=(t2)/4 . What is the velocity when x=2.

Vel: <1/4, 2>

200

Find two numbers whose sum is 30 and whose product is as large as possible.

15, 15

300

Swiss mathematicians expanded on both Newton's and Leibniz's work and introduced function notation f(x). He gave the definition of the constant and has a certain method named after him useful for estimating a solution of a differential equation

Who is Leonhard Euler?

300

derivative of tan-1(x)

1/(x2+1)

300

∫ln(x)+(1/(x2-3x+2)) dx

What is xlnx-x-ln|x-1|+ln|x-2|+C 

300

Find the second derivative of the line given by the parametric equations x=ln|5t²| and y=2t³/3

(3/2)t³

300

A balloon rises at a rate of 4 meters per second from a point on the ground 50 meters from an observer. Find the rate of change of the angle of elevation of the balloon from the observer when the balloon is 50 meters above the ground.

What is 0.04? (1/25)

400

19th-century German mathematician formalized the concept of limits and continuity, and differentiability. Developed many convergence tests still used today.

Who is Karl Weierstrass

400

Power reducing formula for sin2(θ), used to integrate polar functions by hand. Commonly used in Chapter 9

(1-cos(2θ))/2

400

∫xtan2(x) dx

-x2+xtan(x)+(x2)/2 + ln|cos(x)|+C

400

Find the area of the region enclosed by r=3(1+cos(theta))

27pi/2 units squared

400

The definition of calculus, where did it stem from (what is the literal meaning of calculus)

Mathematical study of continuous change. In Latin, calculus means pebbles where they used small stones to trade and that's where the origin of calculus stemmed from