The Math Blog

Converting Logarithmic to Exponential Equation

›
Logarithms are the opposite of exponents. Thus, a logarithmic equation can be converted to an equivalent exponential equation. `log_2(8) ...

Difference between Sequence and Progression

›
A sequence is a set of numbers in a specific order such that you can predict the next number by a specific logic. For example, the followin...

Converting Logarithms to Exponential Form

›
Consider the following logarithm equation: `log_{10}(100) = 2` and the following exponential equation: `10^2 =100` We can say that bo...

Evaluating Logarithms

›
The value of a logarithm can be calculated by two methods: Converting to Exponential Form Using Logarithm Table Converting to Exponen...

Base and Argument of Logarithm

›
What are Base and Argument in a Logarithm? Consider the following expression: `log_{10}(2)` In the above expression, The number...

General Form of a Quadratic Expression

›
A quadratic expression written in the following format is said to be in the general form. `ax^2 + bx + c` Characteristics of the genera...

Forms of a Quadratic Expression

›
A quadratic expression can be written in three different ways: General Form `ax^2 + bx + c` Intercept Form `a(x - p)(x - q)` ...

Worksheet: Identifying Quadratic Expressions

›
Instructions Click on Show Answer button to show a particular answer. Click on the answer itself to hide it. Use the buttons at the bott...

Solved Examples: Identifying Quadratic Expressions

›
Identify whether the following expressions are quadratic or not, and state why or why not they are quadratic: `x^2 + 2x^3 + 3` Th...

Identifying Quadratic Expressions

›
Definition of Quadratic Expressions A quadratic expression is an algebraic expression having a degree of 2. Identifying One Variable Q...
1 comment:
›
Home
View web version
Powered by Blogger.