Chapter 2 - Mind Map

Chapter 2

Chapter 2.1 Tangent / Velocity

Tangent

|AB|
/|BC| use this to estimate slope.

MPQ = x^2-1/x-1

Velocity

Average Velocity = Change in Position / Time Elasped

Chapter 2.2 The Limit of a Function

Limits are the closest a function will get to a line.

Limits come from having 0 in the denominator.

They only exist when both sides are equal

Chapter 2.3/2.4 Calculating Limits using Limit Laws

Sum Law

The limit of a sum is the sum of the limits.

Difference Law

The limit of a difference is the difference of the limits.

Constant Multiple Law

The limit of a constant times a function is the constant times the limit of the function.

Product Law

The limit of a product is the product of the limits.

Quotient Law

The limit of a quotient is the quotient of the limits (provided that the limit of the denominator is not (0).

Power Law

Makes an equation able to spread the power throughout equation.

Root law

Same as power law but for roots.

Direct Substitution Property

Chapter 2.5 Continuity

Continuous

if lim x-->a equals f(a

polynomials

rational functions

root functions

trigonometric functions

inverse trigonometric functions

exponential functions

exponential functions

Discontinuous

means there is no near
point with A, which means there is a
break in the function.

Infinite discontinuity

Jump discontinuity

removeable discontiniuty

Can be fixed into continuous

Chapter 2.6 Limits at Infinity

When X becomes too large, it becomes infinity.

Most limit laws do not apply to limits at infinity
because infinity is not a number.

L is used to find a specific interval on graph, also a.

e^x is larger than x^3 when x is larger.

Klik her, for at centrere dit kort.
Klik her, for at centrere dit kort.