Toggle navigation
Home
Ask A Question
Answer Questions
Users
Support/FAQ
Login
Register
Preview 50% of the Answer Below
Due to formatting, images, tables, or paragraphs may be out of place or not shown. Rest assured that they will be included and formatted correctly in your purchased answer.
Details
Question Title:
What are the states of matter in science?
Go Back to the Question
Answer Preview
<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 always moving, so the iotas have a XXXXXX XXXXXXXXX, XXX they are fixed in XXXXX XXXXXXXX. XXXXX these XXXXX, XXXXXXXXX in a strong XXXX low motor vitality.<br>Solids have a clear XXXXX, just XX XXXX and XXXXXX, XXX don't fit in with XXX XXXXX XX the holder where XXXX are XXX. XXXXXX likewise XXXX a XXXX XXXXXXXXX, implying that XXX XXXXXXXXX XXX firmly XXXXXXX together.</p> <p>X.XXXXXX:</p> <p>In a XXXXX, XXX XXXXXXXXX XXX more inexactly XXXXXXX XXXX in a XXXXXX and XXX stream XXXXXX one another, giving XXX XXXXX an uncertain shape. XX this manner, the XXXXX will XXX in XXXX the state XX its XXXXXX.<XX>XXXX XXXX XXXXXX, XXXXXX (the XXXX majority of which have a XXXXX thickness XXXX solids) are XXXXXXXXXXXXXXX hard to pack.</p> <p>3.Gases:</p> <p>In a gas, the particles XXXX a XXX of room XXXXX XXXX and have high dynamic vitality. X gas XXX no positive shape or XXXXXX. XX XXX off chance XXXX XXXXXXXXXX, the XXXXXXXXX XX a XXX will XXXXXX out uncertainly; whenever limited, the XXX will grow XX XXXX XXX holder. At XXX point when a XXX XX XXX XXXXX strain XX diminishing XXX XXXXXX of the holder, the XXXXX between particles is XXXXXXXXX XXX the XXX is XXXXXXXXX.</p> <p>4.Plasma:</p> <p>Plasma XX anything but a typical XXXXXXXXX XX matter XXXX XX Earth, XXXXXXX it XXXXX XX the most widely XXXXXXXXXX condition of XXXXXX known XX man, XX XXX XXX Jefferson XXXXXXXXXX. XXXXX are basically superheated XXXX XX plasma.<XX>Plasma comprises XX XXXXXXXXXX XXXXXXX particles XX very XXXX XXXXX vitality. XXX respectable XXXXX (XXXXXX, XXXX, argon, krypton, XXXXX and radon) XXX XXXXXXXXX used to make XXXXXXXX signs XX utilizing power to ionize XXXX to XXX XXXXXX state.</p> <p>5.XXXX-Einstein condensate:</p> <p>The Bose-Einstein XXXXXXXXXX (BEC) XXX made XX researchers in 1995. XXXXXXXXX a mix of lasers XXX XXXXXXX, Eric Cornell and Carl XXXXXX, researchers XX the XXXXX XXXXXXXXX for Lab Astrophysics (JILA) in Boulder, Colorado, cooled an example XX XXXXXXXX to XXXXXX a XXXXXX of XXXXXXX of XXXXXXXX zero. XX this incredibly low temperature, XXXXXX movement XXXXXX XX XXXXXXX. Since XXXXX is no dynamic XXXXXXXX being moved XXXXXXXX with one XXXX XXXX onto XXX XXXX, the iotas XXXXX to bunch together. XXXXX XXX never XXXXX a huge XXXXXX of XXXXXXXX XXXXXXXXX, XXXX one "super XXXX."<XX>X XXX XX utilized to examine quantum XXXXXXXXX on a naturally visible XXXXX. Light XXXXX to XXXX XXX as it goes XXXXXXX a XXX, enabling researchers XX XXXXXX XXX molecule/wave mystery. A XXX XXXXXXXXXXXX has a considerable XXX XX the XXXXXXXXXX XX a XXXXXXXXXX, or a liquid XXXX XXXXXXX XXXXXXX XXXXXXX. BECs XXX XXXXXXXXXXXX XXXX XX recreate conditions that may XXXXX in dark XXXXXXXX.</p> <p>X.Quark-XXXXX XXXXXX:<br>XXX condition XX matter with XXX most elevated XXXXXXXX XXXXX. It is XXXXXXXXXXX the structure squares of matter existing in a soup looking like conditions XXXX XXXXX XXX Universe was made.</p> <p>7.XXXXXXXXXX matter:<XX>XXX XXXXXXXXXXXXX packed condition of XXXXXX XXXXX regularly exists in XXX XXXXXXX XX XXXXXXXXX stars. The center's XXX is XXX XXXXXXXXX XXX the XXXXXXXXX wellspring of XXXXXX is never XXXXX XXXX, yet XXXXXXX.</p> <p>XXXXX through a phase:<br>Including or XXXXXXXXX XXXXXX XXXX matter causes a XXXXXXXX change XX matter XXXXX XXXXXXXX XXXX XXX state then onto XXX XXXX. For instance, including warm energy (XXXX) to fluid water makes it XXXXXX XXXXX or fume (a gas). What's XXXX, XXXXXXXXX energy XXXX XXXXX XXXXX XXXXX it XXXXXX XXX (a XXXXXX). XXXXXXXX changes XXX likewise XX XXXXXXX about XX XXXXXXXX and XXXXXX.</p><p></p>">
Attachment #1 Preview
Attachment #2 Preview
