The melting point of lithium is 181*C. the boiling point is 1342*C. what state of lithium be if it was at 50*C
598488
Solid.  If the temperature is below the melting point, then it will be a solid.  Unless you want to get into changing pressures, or something.
149897
Depends on the temperature. At a guess at melting point not that different from solid aluminum.
701489
lithium-6 + neutron ------> helium-4 +  hydrogen-3\n\nC
838271
What about boiling points?  Or regular melting points?
130807
The temperature where the substance turns from a solid to a liquid. The melting temperature of ice is 31.9999 degrees Fahrenheit.\n\nThe melting point for gold would be much higher as it must be very hot for gold to turn to a liquid.
237697
O.k., so you are given the final temperature (-0.430 C). Since the freezing point of water is usually O degrees C, the temperature decrease is 0.43 degrees C. Like in the other problem, let's set up some dimensional analysis.\n\n(0.43 deg.C decr)*(1 mole compound / 1.86 deg.C decr) = X\n\nHere X would equal 0.23 moles compound\n\nNext, you want to find the grams of solute in solution.\n\n(8.02g solute/0.861 kg solvent) = Y\n\nY here is equal to 9.31 g compound/kg solution\n\nNow that you have the mass in grams and the number of moles of the solute, you can divide Y by X, which gives the units for molecular mass (g/ mol.)\n\nThe answer should be around 40.48 g/mol. The solute cannot be determined from this information because no additional information is given concerning what is most likely a compound (not a pure element).
1079104
depression of melting point
932412
Well, if you're talking about water, that would be 0 degrees (freezing) and 100 degrees (boiling)
48785
Boiling Point: 444.6 °C (717.75 K, 832.28 °F)
175159
Solid\nCopper melts at 1083ºC
350793
The frezing point (also the melting point) of Vanadium is 1910 degrees C (3470 degrees F).
572288
Copper is malleable any temperature above about -50C..certainly at room temperature, so I'm not sure what you mean by that question- It has a relatively high melting point (about 1100 C), but does not need to be hot to be worked.
144775
The melting point of titanium is approx. 1660 Celcius
363084
Actually the answer is Tungsten.  Rhenium is close, boiling at 5627c (9,668.93 degrees Fahrenheit), but the king of boiling points is still Tungsten at 5660c (10,220 degrees Fahrenheit)\n\nThere could be others, but many elements don't really stick around long enough for us to test their boiling point.
872856
It will eventually melt at 2572C, and it will boil at 2850C.\n\nHeat does not cause it to react, typically.
844942
Phase - gas \nDensity  (0 °C, 101.325 kPa)\n9.73 g/L \nMelting point  202 K\n(-71 °C, -96 °F) \nBoiling point 211.3 K\n(-61.7 °C, -79.1 °F) \nCritical point 377 K, 6.28 MPa \nHeat of fusion 3.247 kJ·mol−1 \nHeat of vaporization 18.10 kJ·mol−1 \nHeat capacity (25 °C) 20.786 J·mol−1·K−1 \nVapor pressure P/Pa 1 10 100 1 k 10 k 100 k \nat T/K 110 121 134 152 176 211 \n \nAtomic properties \nCrystal structure cubic face centered \nOxidation states 0 \nElectronegativity no data (Pauling scale) \nIonization energies 1st: 1037 kJ/mol \nAtomic radius (calc.) 120 pm \nCovalent radius 145 pm \nMiscellaneous \nMagnetic ordering non-magnetic \nThermal conductivity (300 K) 3.61 mW·m−1·K−1 \nCAS registry number 10043-92-2 \nSelected isotopes \nIsotopes of radon iso NA half-life DM DE (MeV) DP \n211Rn syn 14.6 h Epsilon 2.892 211At \nAlpha 5.965 207Po \n222Rn 100% 3.824 d Alpha 5.590 218Po \n \n\n\nthis is what wikipedia had to say. hope it helps!
775873
So to say in simpler terms, every element has different properties and atomic reactivities which makes everyone change according to its own molecular activities in a given pressure. Each element got different boiling point as well as freezing point so you cannot assume that one certain element could behave the way others elements do. Negative temperatures surely means below the freezing point as far as water is concerned but Fluorine is far different from water, thus thinking that a negative temperature means freezing is totally not applicable to all the elements.♥