| 31. | The low specific heat capacity of noble gases allows heating to higher temperatures, yielding brighter emission.
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| 32. | Generally speaking, the longest lasting lamps are those with the heaviest noble gases as buffer gases.
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| 33. | Recently this method has been demonstrated to occur with all the noble gases, not just argon.
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| 34. | Unlike noble gases, an inert gas is not necessarily elemental and is often a compound gas.
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| 35. | The noble gases of the periodic table do not have a charge because they are nonreactive.
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| 36. | At room temperature it reacts readily with all elements except noble gases, nitrogen, oxygen and fluorine.
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| 37. | Even after solidification, noble gases provide quasihydrostatic environments.
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| 38. | It has the lowest thermal conductivity and lowest ionization potential of all the non-radioactive noble gases.
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| 39. | Q . Why do noble gases, when put inside a neon light bulb, produce bright, fluorescent colors?
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| 40. | In 1933, Linus Pauling predicted that the heavier noble gases could form compounds with fluorine and oxygen.
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