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Sulfur has 2 unpairedSulfur had 6 valence electrons and 0 odd pairs of e?
Simple molecular structure poor electrical conductivity, low m.p and insoluble.
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Sulfur has 2 unpairedSulfur had 6 valence electrons and 0 odd pairs of e?
Simple molecular structure poor electrical conductivity, low m.p and insoluble.
yeSulfur had 6 valence electrons and odd pairs of e?
Simple molecular structure poor electrical conductivity, low m.p and insoluble.
yesss I chosed sulfatesssWhat about the halogen question where it asked about the trend in volatility of group 7 was the answer permanent dipole interactions increases?
For group 2 trend it was solubility of sulfates decreases.
permenant in halogen compounds and vanderwall or iduced in only halogensi think it was induced dipoles not permanent
lmao I am lucky!NO + 0.5O2= NO2
So it is induced or permanent?i
permenant in halogen compounds and vanderwall or iduced in only halogens
Yes i understand i simply misunderstood the questionSulfur has 2 unpaired
For the question that came volatility decrease because bond energy increases.Repeat question.vanderwall increase as number of electron increaseSo it is induced or permanent?
I know this but what i didnt know was the other name of van der waal forces.For the question that came volatility decrease because bond energy increases.Repeat question.vanderwall increase as number of electron increase
There isin't any 'other' vanderwall forces.There is only one vanderwall force. permenant dipole is not type of vanderwall.other one iss hydrogenI know this but what i didnt know was the other name of van der waal forces.
I mean induced dipole/london dispersion forcesThere isin't any 'other' vanderwall forces.There is only one vanderwall force. permenant dipole is not type of vanderwall.other one iss hydrogen
Bond energy DECREASES down the groupFor the question that came volatility decrease because bond energy increases.Repeat question.vanderwall increase as number of electron increase
yes bond lenght increase bond energy decreasee but option was something related to vandewall forces right.do you rememmber the exact correct answerBond energy DECREASES down the group
Yeah it was that temporary dipole induced dipole forces increase down the group something like thatyes bond lenght increase bond energy decreasee but option was something related to vandewall forces right.do you rememmber the exact correct answer
yeah i choosed thatYeah it was that temporary dipole induced dipole forces increase down the group something like that
Yeah it was that temporary dipole induced dipole forces increase down the group something like that
We don't have that much of a great memory lmaoWhich page was this on??
That is pretty obvious...non polar molecules only have vander waal's forces bw the molecules which are broken during melting/boilingWhich page was this on??
The brown gas is for nitrates but it was sulfates so only litmus turns blue and white soilid right?That is pretty obvious...non polar molecules only have vander waal's forces bw the molecules which are broken during melting/boiling
YesThe brown gas is for nitrates but it was sulfates so only litmus turns blue and white soilid right?
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