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For example, elemental sulfur is a yellow crystalline solid that does not conduct electricity and has a melting point of As mass increases in a given volume, density also increases. For example, lead, with its greater mass, has a far greater density than the same volume of air, just as a brick has a greater density than the same volume of Styrofoam. At a given temperature and pressure, the density of a pure substance is a constant:. Pure water, for example, has a density of 0.
Notice that corn oil has a lower mass to volume ratio than water. Physical changes are changes in which no chemical bonds are broken or formed. This means that the same types of compounds or elements that were there at the beginning of the change are there at the end of the change. Because the ending materials are the same as the beginning materials, the properties such as color, boiling point, etc will also be the same. Physical changes involve moving molecules around, but not changing them.
Some types of physical changes include:. As an ice cube melts, its shape changes as it acquires the ability to flow. Matter can ordinarily exist in three physical states: solid, liquid, and gas.
A fourth state of matter, plasma, exists under special conditions. Matter can ordinarily exist in three physical states —solid, liquid, and gas.
A fourth state of matter exists under special conditions, called plasma. The State of Matter changes as you add more energy. Specific physical properties are those features which definitely distinguish one substance from another.
Some of these are the following:. Accidental physical properties are those features such as weight, dimensions, and volume. They have nothing to do with the nature of the substance, but they enable us to find out how much of a given substance we have. Chemical properties of a substance describe how a substance acts when it undergoes change. They describe its ability to form new substances under given conditions. A chemical change or a chemical reaction is a change from one substance to another.
Nevertheless, the chemical properties of a substance may be considered as a listing of all the chemical reactions of a substance and the conditions under which those reactions occur. Some chemical properties are combustibility, stability, relative activity, response to test reaction, and ionization. Physical Changes are those in which the identifying properties of substances remain unchanged.
Examples are the melting of ice, boiling of water, and freezing of liquids. Chemical Changes are those in which new substances with new properties are formed. Examples are the burning of wood, rusting of iron, and decaying of plants.
Chemical changes involve energy. Substances possess energy because of their composition and structure. This is a kind of potential energy which chemists generally refer to as "chemical energy.
For example: The production of calcium carbide in the intense heat of the electric furnace. Any chemical change which liberates heat energy as it proceeds is said to be exothermic. An example is the burning of fuels. The Law of Conservation of Mass states that mass is neither created nor destroyed.
An example is shown in the complete combustion of gasoline. The Law of Definite Proportion states that any pure compound is always composed of the same elements combined in a proportion by weight. For example: Water always contains eight parts by weight of oxygen to one part by weight of hydrogen. The Law of Multiple Proportion states that when the same two elements unite to form two or more different compounds, if the amount of one element is constant, the weights of the other element in the series of compounds will be in the ratio of small whole numbers.
In this type of lesson. I'd gained knowledge about the All about Matter. It discussed that anything that occupies space and has mass is called matter. It composed pf elements, mixtures, and compound. Also, it have physical states: solid, liquid, gas and plasma. This lesson is a recap study, for that reason we easily learned this study. But we discovered more because we actually seen it in our laboratory experiment.
Anything that has mass is made up of matter — an all-encompassing word for atoms and molecules that make up our physical world. All things, living and nonliving are made of matter. There are several properties of matter that characterize its connection to life.
First, matter can exist in different states: Scientists classify matter into four states: solid, liquid, gas, and plasma. Life is composed of, and interacts with. And last, Matter can change states: We are all familiar with the molecule H2O in its three states: solid ice , liquid water , and gas vapor.
Elements came from matter, chemical elements are introduced, forms a cell, group of cell became tissue, group of similar tissue forms organs. It is really true that Matter is everywhere. And so am I. And as a Medtech in the future, i will be dealing with human body and the elements presented in our body so I need to know what and how does those elements affect our body.
All objects are composed of matter. And matter is classified into three: The elements, compounds and mixtures. It is important to know and understand the correct ways of classifying matter. BSMT1 We cannot live without matter because matter is everything that surround as. It define as anything that occupy space and has mass. Then through the use of our five senses, matter is existing. Matter can undergo changes through fate or maybe through different composition that other elements given.
Matter has essential for BSMT student while working inside laboratory because of different specimen that they study. Matter means everything that has mass and occupies space.
Matter is clasified into three: Elements, compounds and mixtures. The four physical states of matter are solid, liquid, gas and plasma. This article is a module for us to have more knowledge about matter. Thank you prof! Everything on this Earth is all made up of matter which occupies space and has mass. Matter has many structure it can be a solid, liquid or gas, and its classified it into three, the elements, compound, and mixture. It is very important to us to know the function of each matter.
This lesson is a big help to us to know more about matter. Matter is anything that takes up space and it is made up of tiny particles. Matter can come in different states, or forms, such as solids, liquids, and gases. Different types of energy, including heat, can change matter. Matter can change states through freezing, melting, evaporation, and condensation. It is important to know what matter is because In any organism, matter is constantly being used to both build and sustain organism.
Matter takes up space and has mass. We study matter because it is believed that all things was made up of matter. Even small things in this world are composed of matter. The slides help me to understand more about matter since this topic is a broad one.
It helps me to know the different characteristics of matter. BSMT 1. Matter is anything that occupies space and has mass.
We have elements, compounds and mixtures as the classification of matter according to chemist. Element is the simplest matter which contains one type of atom. Compound is two or more than two elements come together in specific amounts and form new matter.
Mixture are different two or more than two types of matter element, molecule, compound are mixed to get mixture. Everything in life is made up of matter. Nature is made up of matter. Matter has different states. It has different classifications and properties. Learning about matter makes us understand and appreciate the value of everything in our everyday life. As we all know everything on earth is made up of matter. Things we see and touch.
Matter is a subtance that has mass and takes up space by having volume. Things that we see and touch is composed of atoms which are made of interacting subatomic particles. If they build up together we can already see and touch it. Thank a lot for this lectures because I can understand more about the matter and atom. Thank you. Everything is made up of Matter. Even if its living or non-living things. Matter is important because it makes up everything around us and matter can not be created or destroyed but instead, they just transformed into a different form.
Having knowlege about matter is very much needed for us to know what everything around us is made out of. As we all know matter is present everywhere simply because everything is matter. Undertstanding what matter is and its different concepts is very important especially to students. Before understanding deeper studies about it, one must comprehend first what it is from the start. We all need to study matter because all things were made up of matter. Each type of matter has its own characteristics and we, as a future medical technologists, need to know and study their characteristics for us to be able to make conclusions and calculations.
Everything in this world, tiny or huge, few or many, existing or not, really counts. It's all about matter. There's no such thing in this world that is permanent except changes, if matter changes so as to physical or chemical change, it only means that changes may hit us suddenly or unexpectedly. For me, we cannot supersede that fact, but the only thing that we can give ourselves is acceptance. I know God designed our lives not perfectly but worthily. In the future, in the corporate world I know that there will be the time wherein the company which I am working into might struggle or have a lot of problems, but of course that's part of reaching success.
All we need to do is to be fearless in facing all of it. Matter have also different laws, as far as I know, we will also be encountering many laws in the future so accountants must be prepared. This is my personal understanding about on your note ma'am. Matter is important for us because it has mass and it occupies space therefore all things that we can touch and see is part of matter. We students should have our own background in matter because matter have many forms and we should study and know them well so we can use them properly and wisely.
It is important to understand the Properties of Matter because everything is made up of matter. Each type of matter has different physical and properties which can be observed or calculated. The physical properties of matter involves odor, color and so on, these make us feel and see the matter.
Students must have a background study about matter to have knowledge on how the way they store or handle any kind of matter.
Studying of Matter can be really deep and serious but enjoying and applying the knowledge that you've gained can help you in some circumtances. Matter is everything that occupies space and has mass. Matter is everything around you. It is anything such as, Solid, Liquid, and Gas. Matter is classified as Organic comes form living things and Inorganic Matter comes from non-living things.
It is important to study this because without matter it is very hard for us to classify different things. It helps us a lot in our daily lives which makes it more easier. As a student who is aiming to become a Registered Medical Technologist in the near future, understanding the concepts about matter the things that occupies space and possesses mass is very significant since it is the foundation of everything that we can observe. Knowing what is matter can help us to know the real function of an object and can let us to manipulate it easily.
In dealing with my course, I need to understand different concepts. However, studying these concepts can be compared to looking just at the branches of a tree without noticing its roots. Learning everything about matter is the roots of our learning towards the mastery of our course which is, Bachelor of Science in Medical Technology. We need to know the backbone of our topics since, this can help us to apprehend better the subject matter. Knowing about urinalysis, fecalysis, and blood chemistry plainly is not enough.
We need to dig in on its composition and how it behaves which falls under the example of a matter. Intensive properties, such as density and color, do not depend on the amount of matter. Physical properties are properties that can be measured or observed without changing the chemical nature of the substance.
Some examples of physical properties are:. Here are several examples of chemical properties:.
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