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What are the states of matter in science?
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<p>All matter is comprised of particles, which are thusly comprised of protons, neutrons and electrons.</p> <p>The seven phases of matter :</p> <p>There are four natural states of matter: Solids, liquids, gases and plasma. The fifth state is the man-made Bose-Einstein condensates.<br>The sixth state is the Quark-gluon plasma. The seventh state is the Degenerate matter.</p> <p>1.Solids:</p> <p>In a Solid, particles are stuffed firmly together so they don't move a lot. The electrons of every particle are XXXXXX moving, so XXX iotas have a XXXXXX XXXXXXXXX, yet they XXX fixed in their position. XXXXX these XXXXX, particles in a strong XXXX low XXXXX XXXXXXXX.<br>XXXXXX have a clear XXXXX, XXXX XX XXXX and XXXXXX, XXX don't XXX in with the state of the holder XXXXX they are XXX. Solids likewise have a XXXX XXXXXXXXX, implying that XXX XXXXXXXXX are XXXXXX pressed XXXXXXXX.</p> <p>X.Fluids:</p> <p>In a fluid, XXX XXXXXXXXX are more XXXXXXXXX pressed XXXX in a XXXXXX XXX XXX XXXXXX XXXXXX one another, giving XXX XXXXX an XXXXXXXXX XXXXX. XX this XXXXXX, XXX XXXXX will XXX in XXXX the XXXXX of its holder.<br>XXXX XXXX solids, XXXXXX (the vast majority of XXXXX have a lower thickness XXXX XXXXXX) are XXXXXXXXXXXXXXX hard to pack.</p> <p>3.Gases:</p> <p>In a gas, XXX XXXXXXXXX XXXX a lot of XXXX among XXXX and have high XXXXXXX XXXXXXXX. A gas XXX XX positive shape or volume. XX the off chance that XXXXXXXXXX, the XXXXXXXXX of a gas XXXX spread out XXXXXXXXXXX; XXXXXXXX limited, XXX XXX will XXXX XX XXXX its holder. XX the XXXXX when a gas XX XXX XXXXX strain by XXXXXXXXXXX the XXXXXX XX the holder, the space between XXXXXXXXX is XXXXXXXXX and XXX gas XX compacted.</p> <p>4.Plasma:</p> <p>Plasma XX XXXXXXXX XXX a XXXXXXX XXXXXXXXX XX matter here XX Earth, however it XXXXX XX the XXXX widely recognized condition of matter known XX man, as per XXX Jefferson Laboratory. XXXXX XXX basically superheated XXXX XX plasma.<br>Plasma comprises XX profoundly XXXXXXX XXXXXXXXX of very XXXX XXXXX vitality. XXX respectable XXXXX (helium, XXXX, argon, XXXXXXX, xenon XXX radon) are XXXXXXXXX used XX make XXXXXXXX signs by XXXXXXXXX power XX ionize them to the XXXXXX state.</p> <p>5.Bose-Einstein condensate:</p> <p>XXX Bose-XXXXXXXX XXXXXXXXXX (XXX) was XXXX by researchers in 1995. XXXXXXXXX a mix of XXXXXX and magnets, Eric Cornell XXX XXXX XXXXXX, researchers at XXX XXXXX Institute XXX XXX XXXXXXXXXXXX (XXXX) in Boulder, XXXXXXXX, XXXXXX an example XX rubidium to XXXXXX a XXXXXX XX degrees XX outright zero. At this incredibly low temperature, atomic XXXXXXXX XXXXXX on XXXXXXX. Since there XX no XXXXXXX vitality XXXXX XXXXX XXXXXXXX XXXX XXX iota then onto the next, the iotas XXXXX XX bunch together. XXXXX XXX never XXXXX a huge XXXXXX of XXXXXXXX XXXXXXXXX, XXXX one "super iota."<br>A BEC XX utilized XX XXXXXXX XXXXXXX XXXXXXXXX XX a XXXXXXXXX visible level. Light XXXXX to XXXX off as it goes XXXXXXX a BEC, enabling XXXXXXXXXXX XX ponder the molecule/XXXX mystery. X BEC XXXXXXXXXXXX has a XXXXXXXXXXXX XXX of the properties of a superfluid, or a liquid XXXX XXXXXXX without contact. BECs XXX XXXXXXXXXXXX used XX recreate conditions that may XXXXX in dark openings.</p> <p>6.XXXXX-gluon XXXXXX:<XX>The XXXXXXXXX of matter XXXX the XXXX XXXXXXXX XXXXXXXX level. XX is essentially the structure squares XX XXXXXX existing in a XXXX XXXXXXX like conditions XXXX XXXXX the Universe was XXXX.</p> <p>7.Degenerate matter:<br>XXX XXXXXXXXXXXXX packed XXXXXXXXX of XXXXXX XXXXX regularly exists in the XXXXXXX XX monstrous stars. The center's gas XX too XXXXXXXXX and XXX essential XXXXXXXXXX of XXXXXX is XXXXX XXXXX warm, XXX XXXXXXX.</p> <p>XXXXX through a XXXXX:<br>XXXXXXXXX or expelling XXXXXX from matter XXXXXX a physical change as XXXXXX XXXXX starting with one XXXXX XXXX onto the next. For instance, including XXXX XXXXXX (XXXX) to fluid XXXXX makes it become steam or XXXX (a gas). What's XXXX, expelling energy from XXXXX water XXXXX it XXXXXX XXX (a XXXXXX). XXXXXXXX changes XXX XXXXXXXX XX XXXXXXX about XX XXXXXXXX and weight.</p><p></p>">
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