Individual Project 1
Anna Holster
Introduction to the Sciences
Wentzel Briar
CTU Virtual Login
Individual Project 1
01/14/13
The statement that; “Computers are part of our everyday lives.” Is so correct, I don’t think the people of today would know how to do anything without the computer. Between the desktop top computers and laptops to the smart phone everything can be stored using less space and the ability to locate stuff so much more easier that if the world of today lost computers around the world for even just an hour would put this world in an uproar. There are three essential properties of every material that scientists use as a premise for almost every study. The kind of atoms is the first one that the material is made up of. You will have your neutral elements and your compound elements. The neutral elements have the same amount of protons and electrons, which basically cancel each other out leaving them neutral. The compound element deals with combining more than one element. In the way those atoms are arrange is the second one. The best example of this is by comparing the atoms of liquid and the atoms of solids. For example the atoms of liquids move around much more freely than the atoms of solids which are packed together. The third one is the way the atoms are bonded together. There are also four key properties one must understand when studying a material. The first is strength which has the ability of a solid to resist changes in shape. The strength of the material, which means it must be able to withstand the forces being applied to it without breaking, is the first. There are three distinguished different kinds of strength that scientists and engineers recognize. One is the ability to withstand crushing, another is its ability to withstand pulling apart and the last one is its ability to withstand shearing. The most critical key property to us is those that control the flow electricity. An electrical conductor is capable of carrying an
Introduction to the Sciences
Wentzel Briar
CTU Virtual Login
Individual Project 1
01/14/13
The statement that; “Computers are part of our everyday lives.” Is so correct, I don’t think the people of today would know how to do anything without the computer. Between the desktop top computers and laptops to the smart phone everything can be stored using less space and the ability to locate stuff so much more easier that if the world of today lost computers around the world for even just an hour would put this world in an uproar. There are three essential properties of every material that scientists use as a premise for almost every study. The kind of atoms is the first one that the material is made up of. You will have your neutral elements and your compound elements. The neutral elements have the same amount of protons and electrons, which basically cancel each other out leaving them neutral. The compound element deals with combining more than one element. In the way those atoms are arrange is the second one. The best example of this is by comparing the atoms of liquid and the atoms of solids. For example the atoms of liquids move around much more freely than the atoms of solids which are packed together. The third one is the way the atoms are bonded together. There are also four key properties one must understand when studying a material. The first is strength which has the ability of a solid to resist changes in shape. The strength of the material, which means it must be able to withstand the forces being applied to it without breaking, is the first. There are three distinguished different kinds of strength that scientists and engineers recognize. One is the ability to withstand crushing, another is its ability to withstand pulling apart and the last one is its ability to withstand shearing. The most critical key property to us is those that control the flow electricity. An electrical conductor is capable of carrying an
References: The Sciences: An Integrated Approach Edition 7 Chapter 11 Materials and Their Properties http://en.wikipedia.org/wiki/Artificial_intelligence