fluids and non fluids can both take the shape of a container because sand can pour just as easily as water, however, fluids will stay in one particular area, but non fluids can easily spread out because for example sand, grains of sand have their own particular particles. liquids are one in total, therefore they share their particles.
All liquids are fluids but not all fluids are liquids. The scientist (or engineer) will make that distinction but the non-scientist frequently doesn't. Fluids flow. They include liquids and gases. Liquids are a type of fluid that flows and takes the shape of its container but does not expand to fill its container. (Gases do that.) Liquid is the second state of matter, between solid and gas.
Solid is any thing that permanently resist distortion but fluid do not permanently resist distortion.
A fluid takes the shape of a container and a solid does not.
ummm fluid is wet and non fluid is dry
Distinguish_between_principles_guidlines_and_standard
Distinguish between abiotic and biotic factors.Biotic Factors: relates to the biological parts of the environment features include:· All the living organisms· How many types there are· Their numbers· Distribution and· InteractionsAbiotic Factors relates to the physical parts of the environment this includes chemical factors like· Temperature· Rainfall· Type of soil· Salinity of water
Only one of these occurs naturally.
Correlation and causation.
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By measurements of the electrical (or thermal) conductivity.
how to distinguish between quasi-experimental and nonexperimental research
distinguish between linear and non linear demands funcions
how can you distinguish between them
distinguish between a "standard" commercial risk and a "non standard" commercial risk in a fire policy
b c polar molecules are easily soluable in water thanthe non polar molecules
a substance that is both fluid and a non fluid is non
Self-centering concrete floors have specialized design features that enable the structure to re-center itself after experiencing lateral displacement, such as during an earthquake. Non self-centering floors do not have this capability and may sustain permanent deflection or damage when subjected to lateral forces. The self-centering system typically involves a combination of base isolation devices and energy dissipation elements to enhance seismic performance.
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