Pure CSS Animation – Switch Animation Free Source Code

CSS Animation is a method of animating elements on a webpage without using any JavaScript. This tutorial will teach you how to create a switch animation using pure CSS and HTML.

This is a free source code that you can use to create a switch animation. You can add this to your website, or use it as an example to create your own switch animation.

CSS animation is a new and exciting feature of HTML5. It is not just a pretty face; it is an extremely powerful tool that can help you create complex and impressive effects without the need for JavaScript or Flash. In this tutorial, we will be creating an animation that switches from one image to another, using only CSS and HTML. We will use CSS keyframes to create the animation, which is then rendered by the browser’s native animation engine.

Watch the Pure CSS Animation – Switch Animation – HTML CSS Animation Tutorial YouTube Video Tutorial

Pure CSS Animation – Switch Animation – HTML CSS Animation Tutorial

CSS animations can add an extra dimension to your web designs. Animations are a great way to create a sense of movement, adding life and energy to your website. With a little bit of HTML and CSS knowledge, you can learn how to create a quick and easy animation.

In the past, using CSS was not a lot of fun, but with the help of this pure CSS animation, you can now create beautiful animations without the need for JavaScript. This animation is simple to use and it’s great for your website or blog. It’s also free, so you won’t have to spend a penny on it.

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CSS animation is a great way to create eye-catching visual effects on your website. This tutorial will show you how to create a simple switch animation for your website. The switch animation is easy to implement and can be easily customized to fit your website’s needs. It can be applied to anything from a navigation bar to a slideshow.

I was first introduced to the term semiconductor in ninth grade. The day my physics teacher said “The whole world is running on semiconductors today. The phones and laptops you use are made of semiconductors.” The word was very surprising – why not conductor? Why Semiconductor? Why is he getting so much importance who can’t even transport electricity completely?

Let us first answer the question why some are conductors and others are non-conductors.
The mystery of electricity transport

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When considering the transport of electricity, matter is divided into three categories:

 Conductors: They transport electricity very easily. The wire used in electrical connections is actually made of conductive material. Any metal is a conductor, but the electrical wires we commonly see are made of copper.
 Insulators: They do not want to conduct electricity at all. The plastic (actually PVC)-like coating on the copper wire is actually an insulator.

But in between these two there are some substances which conduct electricity under certain conditions and do not conduct electricity under certain conditions. These are semiconductors. Some of the more widely used semiconductors include:


But why is the transport capacity of different materials different?

Electricity is a flow of electron particles. Electrons reside in materials that conduct electricity. But they cannot go as they please. Let’s discuss the matter without going too deep —

Take two separate auditoriums. Both rooms have rows of three chairs and each row has four chairs. Means there are twelve chairs each in both the auditoriums. There are no spectators in the first auditorium, but the second auditorium is fully occupied meaning 12 spectators are present.

Auditorium rules are that a person can move to another chair if that chair is already vacant. Another rule is that no audience can move to another auditorium on their own.

In such a situation, is it possible for a visitor to change the place? No! Because the first auditorium is completely empty and the second one has no empty chairs, it is not possible for any audience to move around. The audience is now in captivity. (Remember, it is not possible to move from one auditorium to another.)

Now let’s assume that 4 spectators were sent from the admission to the empty auditorium on the instructions of the authorities. So now there are 4 people in the first auditorium and 8 people in the second auditorium.

In the new layout, the first auditorium has 8 empty chairs for 4 people and the second has 4 empty chairs for 8 people. This time it is possible for the visitors to change the place. At a time only 4 people in the first auditorium can change seats as there are 8 empty chairs. But in the second auditorium only 4 people can change seats at a time because there are 8 people but only 4 empty chairs. That is, 4 + 4 = 8 people can change places together in two auditoriums.

Electrons in matter are just like that. At any given moment an electron sits in a particular ‘energy level’ or ‘chair’. A substance has many energy levels, each level can contain only one electron.

An energy band or ‘auditorium’ is formed by combining very close energy levels. Because the energies of these levels are so close, electrons can easily move between them — just as an audience can easily move to another empty chair in the same auditorium.

Every substance has two energy bands, like two auditoriums — the conduction band and the valence band.

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You can think of the first auditorium as the conduction band and the second auditorium as the valence band. At absolute zero temperature (0 K or -273 C) a substance has all its electrons in the valence band and the conduction band is completely empty. It’s like ‘the condition of the audience being imprisoned’. That is, no electron can now move. At this temperature, the material fails to conduct electricity.

But when the material is brought to room temperature, some of the electrons in the valence band pick up energy from the heat of the environment and move into the conduction band, just as if the audience had flown from the second auditorium to the first auditorium.

Now the electrons that have reached the conduction band have an empty energy level or ’empty chair’, so the electrons in the conduction band are able to move i.e. carry electricity. On the other hand, some empty energy levels i.e. ’empty chairs’ are now lying in the valence band, but here the number of electrons is higher than the empty energy levels.

Therefore, conduction in the valence band does not depend on the electrons in the valence band, but on the ’empty chair’ i.e. empty energy levels there. Physics calls these ’empty chairs’ in the valence band ‘holes’. That is, in the conduction band, electricity is transported by electrons and in the valence band, electricity is transported by holes.

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