What are the melting and boiling points for buckyballs?
925713
Fullerene do not really melt as such, they will decompose into graphite as the heat raise, and then will behave like that form of carbon, with sublimation occuring at around 4000 K (liquid carbon can be done only under high pressure).  Cooling it from that point will NOT restore them as buckyballs.
821954
Here you can find a list of elements and their boiling points!
867788
Liquid.  Melting point is 600.65K
613727
try:\nhttp://lb.chemie.uni-hamburg.de/static/data/50_zzk46n8n.html
696617
Buckyball stuff  . . .buckyfullerines. \n\nhttp://en.wikipedia.org/wiki/Fullerene
464354
Yes.  It is one example of a buckminsterfullerene (or fullerene or buckyball), which is one carbon allotrope.  Carbon has many other allotropes, including: diamond, graphite, and carbon nanotubes.\n\nBruce (below), "allotrope" does not mean "isotope."
728797
To be perfectly exact, the melting point of the alpha modification, which has a monoclinic crystal structure, is 53.5 C, the beta form, which is triclinic, has an mp of 54 C.\n\nI suspect your p-dichlorobenzene was contaminated, perhaps with water, causing a freezing point depression.  Another possiblility is that the sample cooled so rapidly, that you overshot the freezing point.
1018878
Lithium boils at 1342 C.\nhttp://www.lenntech.com/Periodic-chart-elements/Li-en.htm
967480
flammable , orderless, colorless . have low frozen point ,reactive
343972
NOOOOOOOOOO!!!!!!!!!!\nAbsolute zero simply means that all EXCESS energy from the system will have been removed - the system will still have ground-state energy!\nThink of the quantum harmonic oscillator, E = (n+1/2)hw/2pi\nEven if n=0 (lowest energy state for the oscillator) there is still some energy.\nIf you model the vibrations of atoms as independent harmonic oscillators, you will see that all molecular motion DOES NOT STOP at absolute zero.\n\nFurthermore, whether something is solid depends not only on the temperature, but also on the pressure.\nExperiments have shown that liquid helium stays liquid until all the way to about 0.0001 kelvin (about the lowest temperature ever reached) at atmospheric pressure, (but displays superfluidity) but that increasing the pressure will cause it to solidify at some temperature.\n\nI am sorry to get so side-tracked answering this question, but i felt that the misconceptions of the other answerers must be addressed.\nIn answer to your question, no, not everything will be solid at absolute zero.
872856
It will eventually melt at 2572C, and it will boil at 2850C.\n\nHeat does not cause it to react, typically.
670047
Melting point 933.47 K\n(660.32 °C, 1220.58 °F)\n\nBoiling point 2792 K\n(2519 °C, 4566 °F)
475683
solutes such as ions, greatly increase boiling point and reduce the freezing point thank you\n\nexplaination... have things to do with attraction between molecules and bonding..
262869
Atomic Number: 47 \nAtomic Mass: 107.8682 amu \nMelting Point: 961.93 °C (1235.08 K, 1763.474 °F) \nBoiling Point: 2212.0 °C (2485.15 K, 4013.6 °F) \nNumber of Protons/Electrons: 47 \nNumber of Neutrons: 61 \nCrystal Structure: Cubic \n\nNumber of Energy Levels: 5 \n\nFirst Energy Level: 2 \nSecond Energy Level: 8 \nThird Energy Level: 18 \nFourth Energy Level: 18 \nFifth Energy Level: 1
62165
All three states (solid, liquid and vapor) exist at the triple point. Typically, for each one-component substance, there exists only one triple point -- a unique temperature and pressure. Helium is the exception, it will not freeze under its own vapor pressure.
65681
None we know of, but keep in mind that the PRESSURE at the earth's core is greater than any pressure we have been able to reproduce, so we don't know for sure the behavior of melting points there. It may be no different. The highest known melting point is for graphite at 6,646.5 F. That's about half the estimated temperature of the core.
57944
Name: Chlorine \nSymbol: Cl \nAtomic Number: 17 \nAtomic Mass: 35.4527 amu \nMelting Point: -100.98 °C (172.17 K, -149.764 °F) \nBoiling Point: -34.6 °C (238.55 K, -30.279997 °F) \nNumber of Protons/Electrons: 17 \nNumber of Neutrons: 18 \nClassification: Halogen \nCrystal Structure: Orthorhombic \nDensity @ 293 K: 3.214 g/cm3 \nColor: green