LESSON 2 LINEAR FUNCTIONS
1.0. Linear Function
1.1 What is Linear Function?
Linear function has the form
Y = f (x) = b + m x
Where,
m is the slope / rate of change of Y with respect to x
b is the vert
LESSON 13 DESCRIPTIVE STATISTICS
13.1 Diagrammatic Representation of Data
13.1.1 Data
The following chart depicts the sub divisions with regard to data types. We can
categorize data in terms of the sc
1
LESSON 11PROBABILITY DISTRIBUTION
11.1 RANDOM VARIABLES
INTRODUCTION
Random variables play an important role in probability theory. A random
variable is a special kind of function. A random variable
LESSON 10 THEORY OF PROBABILITY
1.0 Introduction: Basic Theory of Probability
Probability theory is a mathematical modeling of the phenomenon of chance.
Uncertainty is a term used in subtly different
LESSON 15 - INTRODUCTION TO
REGRESSION THEORY AND APPLICATION
1.0 Correlation and Regression
1.1 What is correlation?
Correlation is concerned with whether or not there is any association
between two
LESSON 14 STATISTICAL INFERENCE
14.0 Introduction
Having discussed descriptive statistics, probability distributions, and sampling
distributions, we are now ready to tackle statistical inference. Stat
LESSON 12 SAMPLING AND SAMPLING
DISTRIBUTION
1.0 Sampling and Sampling Distributions
Sampling is the process of selecting units (e.g., people, organizations etc) from
a population of interest. By stud
LESSON 9 SETS
9.1 What is a Set?
Set theory was developed by the German mathematician G. Cantor (18451918). A set is any collection of distinct objects. The objects can be anything, such
as numbers, l
LESSON 5 LIMITS AND DIFFERENTIATION
Founders of Calculus
Sir Isaac Newton (1643 - 1727)
Gottfried Leibniz (1646 - 1716)
5.1.0. Limits
In mathematics, the concept of a "limit" is used to describe, the
LESSON 8 APPLICATIONS OF
INTEGRALS
8.0 Area between Curves
The area of a region between two or more curves can be
evaluated by applying the properties of definite integrals outlined above.
The procedu
Lesson 6 Application of Differentiation
6.1 Differentiation and Optimization of Exponential and
Logarithmic Functions
6.1.1 Rules of Differentiation of Exponential and Logarithmic
Functions
The natura
LESSON 7 - INTEGRATION
7.1 What is Integration?
Chapters 5 and 6 were devoted to differential calculus, which measures the
rate of change of functions. Differentiation, as we learnt, is the process of
LESSON 1 - BASIC ALGEBRAIC OPERATIONS
AND EQUATIONS
1.0. Algebraic Operations
1.1. The Real Number line The real number system can be visualized as a horizontal line that
extends from a special point
LESSON 3 NON LINEAR FUNCTIONS
1.0. Non Linear Functions and Graphs
1.1. Exponential Function
Previous lessons dealt mainly with exponents, linear and quadric
equation, and simultaneous equations. Now
LESSON 4 - BASIC MATRIX OPERATIONS
AND SOLUTIONS FOR SYSTEMS OF
LINEAR EQUATIONS
1. Matrix Algebra
1.1 Definition of a Matrix
In mathematics, a matrix (pluralmatrices) is a rectangular array of
elemen
CARA PEMBAYARAN VIRTUAL ACCOUNT
BANK BUKOPIN
Cara Pembayaran 1
melalui ATM dengan cara transfer ke rekening virtual account. Setiap ATM memiliki tata
cara tersendiri, langkah-Iangkah yang ditulis ini