Assertion: noble gas | /r/HasProperty | unreactive
Facets:
value: highly
type: DEGREE
value: under normal conditions
type: TEMPORAL
value: chemically
type: MANNER
value: entirely
type: DEGREE
value: except under particular extreme conditions
type: OTHER
value: again of that
type: TEMPORAL
value: almost
type: DEGREE
value: in nature
type: LOCATION
value: for all intents
type: OTHER
value: for purposes
type: PURPOSE
Source sentences:
text: Noble gases are typically highly unreactive except when under particular extreme conditions.
text: Noble gases are relatively non-reactive in nature – a property which can be attributed to their full or complete outer shell of valence electrons which gives them very little or absolutely no ability to indulge in chemical reactions.
text: The noble gases are relatively nonreactive.
text: Inert gases are chemically non-reactive.
text: The inert gases are invisible and unreactive and this makes them very difficult to spot when they are mixed with other gases in air.
text: The Noble gases were not discovered until 1892 because the noble gases are highly un-reactive, they remained hidden in the atmosphere.
text: Although the noble gases are generally unreactive elements, many such compounds have been observed, particularly involving the element xenon.
text: Inert gases, or noble gases, are the gaseous elements in the helium group of the periodic table which are considered chemically nonreactive.
text: Inert gases, or noble gases, are the gaseous elements in the helium group of the periodic table which are considered chemically nonreactive.
text: Noble gases are, for all intents and purposes, unreactive - there are a few noble gas compounds but you have to really work at it to convince noble gases to form bonds.
text: Since the noble gases are unreactive or inert, they are safe to use.
text: Noble Gases are extremely unreactive.
text: Noble gases are typically highly unreactive except when under particular extreme conditions.
text: So as a result again of that, just to put it on a little bit thicker, these guys are exceptionally unreactive.
text: The noble gases are almost entirely unreactive because
text: Noble gases are unreactive because they have the full complement of electrons in their outermost energy levels.
text: Noble gases are normally non-reactive, but can be reactive under extreme conditions.
text: Noble gases are normally non-reactive, but can be reactive under extreme conditions.
text: Both inert gases and noble gases are non-reactive under normal conditions.
text: For a long time, many people believed the noble gases to be completely nonreactive and unable to form chemical compounds.
text: Noble gases have a stable configuration of eight valence electrons which causes them to be nonreactive.
text: Both inert gases and noble gases are non-reactive under normal conditions.