These are my notes on collision and impulse in physics.

These are my notes on hyperbolas in algebra.

These are my notes on the center of mass in physics.

These are my notes on ellipses in algebra.

These are my notes on work-energy problems in physics.

These are my notes on parabola equations and graphs.

These are my notes on work and the definite integral in physics.

These is my guide to determinants in algebra.

These are my notes and examples on apparent weight in physics.

These are my notes on inverses of matrices.

These are my notes on probability distributions of random variables in statistics.

These are my notes on properties of matrices.

These are my notes on complex zeros in math.

These are my notes on mutually exclusive events in statistics.

These are my notes on real zeros of polynomials.

These are my notes and worked examples on polynomial inequalities.

These are my notes and worked examples on graphs of rational functions.

These are my notes on properties of rational functions in precalculus.

This is my guide on polynomial functions and models.

These are my notes on inequalities with quadratic functions.

These are my notes on what is electronics.

These are my notes on an introduction to electronics.

These are my notes on an Introduction to Pre-calculus.

These are my notes on quadratic models in precalculus.

These are my notes on atomic weights in chemistry.

These are my notes on transformation of functions in precalculus.

These are my notes on composition of functions in precalculus.

These are my notes on rates of change in precalculus.

These are my notes on domain and range in precalculus.

These are my notes on forces in physics.

These are my notes on functions and notation in precalculus.

These are my notes on linear equations with three variables.

These are my notes on probability in statistics.

These are my notes on methods of data collection in statistics.

These are my notes on projectile motion in physics.

These are my notes on joint frequencies of two-way tables.

These are my notes on numerical methods for continuous data. 

These are my notes on graphing univariate data.

These are my notes on univariate data in Statistics.

These are my notes on beginning probability in statistics.

These are my notes on standard deviation in Statistics. 

These are my notes on comparing distributions in Statistics.

These are my notes on relationships between categorical variables in statistics.

These are my notes on displaying and describing data in Statistics.

These are my notes on what is statistics.

These are my notes on falling body problems in physics.

These are my notes on an introduction to French.

These are my notes and worked examples of properties of logarithms.

These are my notes and worked examples of kinematics in physics.

This is my study guide where I work problems on systems of equations in two variables.

These are my notes and guides on Biology essentials.

These are my notes on exploring data in statistics.

These are my notes on discrete probability distributions in statistics.

These are my notes on complements and conditional probability.

These are my notes on the addition and multiplication of probabilities.

Here are my thoughts on the basics of probability.

These are my thoughts on the measure of relative standing in statistics.

These are my thoughts on measures of variation in statistics.

These are my thoughts about measures of center in statistics.

These are my notes and thoughts on working with tables and graphs in statistics.

These are my notes and thoughts on what statistics is all about.

Here are my notes and thoughts regarding statistical and critical thinking in Statistics.

These are my notes on atomic structures.

Statistics exist because of variations in data. It is our job to find meaning in this data. A frequency distribution is a good way to do this and one of the leys to organization of data in statistics. 

These are my notes and thoughts on vectors in physics.

These are my notes on equations with two variables in Algebra.

These are my notes on logarithmic equations in Algebra.

These are my notes on properties of logarithms.

These are my notes on collecting and analyzing data in statistics.

These are my notes on statistics and problem solving.

These are my notes and thoughts on an introduction to statistics.

These are my notes on logarithmic functions in Algebra.

These are my notes and how to work on exponential functions in Algebra.

If you have ever wondered about Mars, we talk a lot about its properties and what makes it wonderful in this section.

If you need some help understanding inverse functions in Algebra, this guide I wrote explains them with several examples.

To continue my planet series, this guide is on Venus, the Rocky Planet!

The composition of functions is a way to build functions from separate parts. If you are unsure how they work, here is my guide explaining the process.

This is my short guide to Mercury. In it, I discuss its major attributes and origin.

In this document, we discuss power functions and how exponents affect them. 

Polynomial and rational inequalities are all about finding boundary numbers. In this document, let me show you how to do that with some examples.

This brief document will be over dark matter in the universe and why there are issues with the calculated mass of galaxies.

Space debris results from the various asteroid belts in our galaxy and the collisions within that send large objects in all different directions.

The fundamental theorem of algebra says that every polynomial has at least one complex number as a solution.

The Earth supports life because it is the right distance from the Sun and has several processes that are perfectly balanced so that life thrives.

We factor polynomials because they give us points on their curve. These points allow us to analyze functions and solve equations for the values we need.

The telescope is our most important tool in Astronomy and is used to observe faraway celestial objects and electromagnetic radiation.

Functions are a way to understand how one quantity grows or decreases compared to another quantity.  Nonlinear functions, which we will discuss here, are functions that have different growth rates.

Learning Astronomy is a constant process. That is what makes it so interesting. In this article, Introduction to the solar system, I talk about why it is interesting and how many parts of it were formed.

Graphs are useful tools. We use them to show a lot of information visually. In this article, I want to show how functions are transformed in graphs.

Algebraic functions are some of the most important concepts in math. In this article I discuss the history and uses of functions. 

In this article I wanted to talk about how and why celestial bodies move in our solar system.

This is going to be an article about how to get started in Astronomy. I know there are multiple ways, but this will be from my experience.

In this chapter I show you how to solve quadratics with factoring and how to find the  corresponding intercepts.

This chapter I discuss quadratic equations and how they are useful to model nonlinear data.

Piecewise functions describe our every day life and are everywhere. In this chapter I will explain them and show some examples.

This chapter is about atomic theory and how we got there.

Galaxies are the foundations of the universe and we have identified millions
of them. In this chapter I want to mention and talk about the most defining
features.

When we look up at a night sky, what do we see? With just our eyes we probably
see a few thousand objects of varying intensity. They are mostly stars but there
are a few planets , comets, and meteors occasionally too. This is just our
galaxy. Our galaxy is a very small portion of the universe. 

This next session is about Linear Inequalities. An inequality is similar to an equation. The difference is that it will not have an equal sign. It will be important to have a good understanding of inequalities because they pop up everywhere.

One of the goals in mathematics is solving equations. The most fundamental of these is linear equations. In this chapter, I discuss how to solve them.

Neutron stars have some of the most bizarre properties in the universe. A lot of massive stars will end up exploding and turning into these fascinating objects.

This is my guide on the basics of physics.

A function is often used to model data that is important to us. It is useful in the sense that it can allow us to somewhat predict what will happen in the future mathematically.

Stars explode all the time. They do so for a few different reasons. The type of explosions and aftereffects depend on the characteristics of the original star. As you can imagine, there are multiple types of explosions. There are different types of explosions because there are so many different types of stars.

These are my notes and worked problems on Basics of Algebra.

In this article I discuss the history and uses of functions. Algebraic functions are some of the most important concepts in math. Since this is a series on Algebra, I use specific examples that are related.

These are my notes on the basics of LaTeX.

In this calculus essentials series, I introduce and explain in detail the basic concepts that you will need to learn calculus.

Stars live and die in time frames longer than mortals can imagine. In this article, I am going to talk about what happens during the life of a star. From its early beginnings until it runs out of fuel, it will be an interesting journey.

These are my notes and worked examples on the Basics of Astronomy.

This is the start of a new series involving Algebra and number sets. It will start out with basic Algebra but get more advanced in time.

The stars in our universe vary greatly. They are all different sizes and colors. Stars also have a lot of common attributes too though. Instead of talking about how they are unique, I will discuss how they are similar today.Read on if you are interested in finding out more about these incredible objects.

Learning to differentiate algebra functions is not hard but involves learning a few rules and some practice. In this article I want to go over these rules which will help you analyze these functions. For each example I also include a graph so you can see what the function is doing visually.

In this paper I want to describe how the sun works. I will also comment about its properties and how it affects us here on Earth with its radiation. Our Sun is a star and is the closest one to us by far. That gives us the opportunity to study it more closely than any other star.

Solving rates of change problems is a fundamental skill of Calculus. These basic derivatives lead to more interesting concepts later on. So it is vital you get these down and know all the ways of dealing with them. In this article I want to show how you solve basic derivatives and get good accurate answers.

Learning LaTeX typesetting does not have to be hard. While it can be very involved, there are really just a few basics.Today I will strive to help you with the fundamentals. If you need additional options after that they are easy to find. LaTeX can be very useful so lets get started.

Exoplanets are planets that are beyond our solar system. They have been known for a hundred years or more. They are really hard to study directly. We can still learn a lot from them though. In fact, that is why we study them. Learning about exoplanets will help us learn about the formation of our own Earth and corresponding solar system. Astronomers monitor young planets to see what Earth might have been like in its early stages. In this article I want to talk about what is known about exoplanets and how they are formed. This will obviously lead into solar system formation which is pretty interesting stuff.

Introduction

There is a lot of space debris in our galaxy. It can be large or small. Space debris can be Asteroids, Comets, Meteors, or even dust. In this article I talk about all of these objects and their characteristics. I also discuss topics such as Asteroids getting close to Earth and the once-planet Pluto.

The fundamentals of chemistry are a fascinating subject. They apply to almost all the other sciences as well. In this article I will do my best to explain these fundamentals so they are easy to understand.

In a continuance of this series today, I wanted to talk about the one-sided limits of calculus. Limits and where they lead are one of the fundamental concepts of calculus. Since limits show what happens near any particular point on a graph we need to take a look at them. Read on with me and I will explain their behavior so you can easily solve them.

The planets of our solar system are as varied as is life on on our planet. We know that because Astronomers are constantly learning about our solar system. There is still so much to learn and it will be fun to try and keep up. This is an introduction to the planets of our solar system and if you have a burning desire to learn about space and everything inside it then keep reading and we can begin our journey.

The definition of a limit continues on in our learning limits and how they are applied. Specifically we are going to look at some proofs in this section. With a precise definition we can now prove many limit properties.

The Moon has been up there in the sky looking back at us for as long as there has been a sky. Where did it come from? Why do we see only one side continually? The Moon is mysterious and I think we can all agree on that. There are many unanswered questions and the fact remains that many of them we just don't know. In this article I will try to answer some of these more common questions in ways that make sense.

Beginning calculus problems with limits of a function are a common teaching technique for young students that are just starting their journey in Calculus. Limits problems will help you understand how they work and what is going on when you encounter a function. Repetition is key here to get your brain used to thinking about what a function or a graph means. I include several examples below in order for you to practice and grasp the concepts.

In this article Biology For Beginners: Themes of Life, I talk about the life that is fundamental to our world. Its characteristics and depth are amazing and worth our time to understand as well as possible. Since life ties into all things it only makes sense to further our understanding. Read more if you are curious.

The solar system is very interesting. There are countless objects wandering around out there. We have learned much from even the smallest things like dust in space. The Solar System is a very complicated and busy place. To learn we measure everything we can and then compare constantly. That is the fun of it to me. I love looking at data and seeing how objects are different and all the ways in which they are the same.

How telescopes are used in modern Astronomy is changing every decade. We used to only use them to see objects with normal light. Now we can leverage our technology gains to see different wavelengths of light in the universe. This has opened up our studies with a lot more data than we previously had. This article talks about the different fields and categories of astronomy and what they mean.

Spectroscopy is one of the core techniques for understanding distant stars. Thanks to the fundamentals of light and how it behaves, we can collect the radiation from objects and infer many details from them.

If you love Astronomy, then looking at the sky is a regular task for you. Today, I would like to talk about why we see what we do. 

When I was a kid growing up in Kentucky I always loved going out at night and seeing the sky. My home was very unpopulated and so had very little light pollution. The nearest town of 3 thousand people was about 15 miles away. So it was an incredible place to dream about what may lie among the stars. That was the start of my love for science, astronomy, and physics.

I have carried this with me my whole life and always wanting to learn more because I loved it. I have always wanted to write about it as a result. This is a short guide to the universe and includes the beginning topics. From here most of the advanced concepts come from these ideas and are developed more fully.

Rate of change in calculus is a series I have been wanting to do for a while. If you are a student and just starting then your in the right place. This is the very beginning of calculus and where you want to start your learning. Since there are so many topics in school that require some calculus, I felt it was important to get some basics up here for you.

So you are writing a paper and you need to display formulas or math in it. Then this quick beginning Latex tutorial is for you. Your paper needs to be accurate and look good. You then go to your favorite word processor to type things out. It is then you discover, maybe for the first time, that regular text editors can not do math very well. You may be trying to display physics equations, biology genes, or chemical formulas.

Whichever it is, you realize you have to be super creative to even approach the accuracy that you want. At this point you will probably start asking around or researching the best way to do this. Well let me tell you folks, there is a better way.  This is when most people find out about the wonderful Latex typesetting environment. Read on and I will explain as simply as I can about Latex.

Basic Chemistry Concepts For Beginners

What are Star Classifications

Have you ever wondered about star classifications ? Stars are classified based on their temperature, but started out being based on only their spectra. This classification process started in the 1890s by Edward Pickering at Harvard and was finished in 1901 by Annie Cannon, who worked for Pickering.

Purpose Of DNA