MATTER AND ITS FABULOUS PROPERTIES

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MATTER AND ITS FABULOUS PROPERTIES par Mind Map: MATTER AND ITS FABULOUS PROPERTIES

1. Chemical Properties

1.1. Flammability

1.1.1. A material's ability to burn in the prescence of oxygen, or its willingness to be on fire.

1.1.2. Examples of high flammability: Wood, alcohol, oils

1.1.3. Example of low flammability: Water

1.2. Reactivity

1.2.1. How readily a substance combines chemically with other substances, or how easily it does the reaction thing.

1.2.2. Examples of high reactivity: Iron, sodium

1.2.3. Example of a substance with low reactivity: Nitrogen

2. Physical Properties

2.1. Conductivity

2.1.1. A material's ability to allow heat to flow, or, as I prefer, temperature balance.

2.1.2. Example for high conductivity: Metal

2.1.3. Example for low conductivity: Wood

2.2. Viscosity

2.2.1. The dendency of a liquid to keep from flowing, or an abject resistence to it.

2.2.2. Examples of high viscosity: Corn syrup, honey

2.2.3. Examples for low viscosity: Vinegar, methanol, liquid nitogen

2.3. Malleability

2.3.1. The ability for a solid to be hammered without breaking, or, in my grossly oversymplified words, its overall softness.

2.3.2. Examples for high malleability: Metal, playdough, toothpaste

2.3.3. Examples for low malleability: Glass, ice

2.4. Hardness

2.4.1. The resistance oif a substance to scratching, or not being easily marred by another substance.

2.4.2. Examples for high hardness: Diamonds, stainless steel

2.4.3. Examples for low hardness: Wood, gel, pillows

2.5. Melting Point

2.5.1. The temperature at which a substances changes from a solid to a liquid, or, as I mournfully define it, that temperature where your popsicle turns to juice all over your shirt.

2.5.2. Example: Water melts at 32 degrees Fahrenheit, or 0 degrees Celcius.

2.6. Boiling Point

2.6.1. The temperature something boils. Oh, sorry, did you expect me to simplify that?

2.6.2. Example: Water boils at 212 degrees Fahrenheit, or 100 degrees Celcius.

2.7. Density

2.7.1. The ratio of a material's mass to its volume. Y'know, that ratio thing.

2.7.2. Example for high density: Concrete

2.7.3. Example for low density: Hydrogen