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Given that 1.00g of chlorine radicals can breakdown 100 000g of ozone, find the number of ozone molecules broken down by one chlorine radical.
I've calculated the number of moles of both chlorine and ozone, but I'm not sure what to do after that
I've calculated the number of moles of both chlorine and ozone, but I'm not sure what to do after that
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#2
(Original post by alde123)
Given that 1.00g of chlorine radicals can breakdown 100 000g of ozone, find the number of ozone molecules broken down by one chlorine radical.
I've calculated the number of moles of both chlorine and ozone, but I'm not sure what to do after that
Given that 1.00g of chlorine radicals can breakdown 100 000g of ozone, find the number of ozone molecules broken down by one chlorine radical.
I've calculated the number of moles of both chlorine and ozone, but I'm not sure what to do after that
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#3
After you have worked out the amount of moles of chlorine radicals and ozone.
Now multiply both moles by Avogadro's constant (6.02 x10^23) to give amount of molecules of ozone and chlorine radicals.
Finally you need to find amount of ozone molecules per radical so divide the number of ozone molecules by number of chlorine radicals
(you don't actually have to multiply by Avogadro constant as it is a ratio but I think it may help to understand.)
Now multiply both moles by Avogadro's constant (6.02 x10^23) to give amount of molecules of ozone and chlorine radicals.
Finally you need to find amount of ozone molecules per radical so divide the number of ozone molecules by number of chlorine radicals
(you don't actually have to multiply by Avogadro constant as it is a ratio but I think it may help to understand.)
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(Original post by _NMcC_)
Have you heard of Avogadro's constant?
Have you heard of Avogadro's constant?
(Original post by srata)
After you have worked out the amount of moles of chlorine radicals and ozone.
Now multiply both moles by Avogadro's constant (6.02 x10^23) to give amount of molecules of ozone and chlorine radicals.
Finally you need to find amount of ozone molecules per radical so divide the number of ozone molecules by number of chlorine radicals
(you don't actually have to multiply by Avogadro constant as it is a ratio but I think it may help to understand.)
After you have worked out the amount of moles of chlorine radicals and ozone.
Now multiply both moles by Avogadro's constant (6.02 x10^23) to give amount of molecules of ozone and chlorine radicals.
Finally you need to find amount of ozone molecules per radical so divide the number of ozone molecules by number of chlorine radicals
(you don't actually have to multiply by Avogadro constant as it is a ratio but I think it may help to understand.)
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