Skip to main content
Duplicate awnser.
Source Link

You are absolutely right, it has a higher boiling point because it has more hydrogen bonds. However the bonds are slightly weaker since the oxygen are closer to each other and repel slightly more.

" The hydrogen bonds are slightly weaker (12–15%) than those in water " See https://www.google.com/amp/s/www.researchgate.net/publication/230086767_Hydrogen_bonding_in_hydrogen_peroxide_and_water_A_Raman_study_of_the_liquid_state/amp#ampshare=https://www.researchgate.net/publication/230086767_Hydrogen_bonding_in_hydrogen_peroxide_and_water_A_Raman_study_of_the_liquid_state

Edit my appologies, maxW was earlier with approximate the same answer but I did not see his comment. Should I delete this awnser so you can get the credits you deserve? (Glad to know we are on the same page :)

You are absolutely right, it has a higher boiling point because it has more hydrogen bonds. However the bonds are slightly weaker since the oxygen are closer to each other and repel slightly more.

" The hydrogen bonds are slightly weaker (12–15%) than those in water " See https://www.google.com/amp/s/www.researchgate.net/publication/230086767_Hydrogen_bonding_in_hydrogen_peroxide_and_water_A_Raman_study_of_the_liquid_state/amp#ampshare=https://www.researchgate.net/publication/230086767_Hydrogen_bonding_in_hydrogen_peroxide_and_water_A_Raman_study_of_the_liquid_state

You are absolutely right, it has a higher boiling point because it has more hydrogen bonds. However the bonds are slightly weaker since the oxygen are closer to each other and repel slightly more.

" The hydrogen bonds are slightly weaker (12–15%) than those in water " See https://www.google.com/amp/s/www.researchgate.net/publication/230086767_Hydrogen_bonding_in_hydrogen_peroxide_and_water_A_Raman_study_of_the_liquid_state/amp#ampshare=https://www.researchgate.net/publication/230086767_Hydrogen_bonding_in_hydrogen_peroxide_and_water_A_Raman_study_of_the_liquid_state

Edit my appologies, maxW was earlier with approximate the same answer but I did not see his comment. Should I delete this awnser so you can get the credits you deserve? (Glad to know we are on the same page :)

Fixed grammar
Source Link

You are absolutely right, it has a higher boiling point because it has more hydrogen bonds. However the bonds are slightly weaker since the oxygen (electron suckes) are closer to gather and repel each other and repel slightly more.

" The hydrogen bonds are slightly weaker (12–15%) than those in water " See https://www.google.com/amp/s/www.researchgate.net/publication/230086767_Hydrogen_bonding_in_hydrogen_peroxide_and_water_A_Raman_study_of_the_liquid_state/amp#ampshare=https://www.researchgate.net/publication/230086767_Hydrogen_bonding_in_hydrogen_peroxide_and_water_A_Raman_study_of_the_liquid_state

You are absolutely right, it has a higher boiling point because it has more hydrogen bonds. However the bonds are slightly weaker since the oxygen (electron suckes) are closer to gather and repel each other slightly more.

" The hydrogen bonds are slightly weaker (12–15%) than those in water " See https://www.google.com/amp/s/www.researchgate.net/publication/230086767_Hydrogen_bonding_in_hydrogen_peroxide_and_water_A_Raman_study_of_the_liquid_state/amp#ampshare=https://www.researchgate.net/publication/230086767_Hydrogen_bonding_in_hydrogen_peroxide_and_water_A_Raman_study_of_the_liquid_state

You are absolutely right, it has a higher boiling point because it has more hydrogen bonds. However the bonds are slightly weaker since the oxygen are closer to each other and repel slightly more.

" The hydrogen bonds are slightly weaker (12–15%) than those in water " See https://www.google.com/amp/s/www.researchgate.net/publication/230086767_Hydrogen_bonding_in_hydrogen_peroxide_and_water_A_Raman_study_of_the_liquid_state/amp#ampshare=https://www.researchgate.net/publication/230086767_Hydrogen_bonding_in_hydrogen_peroxide_and_water_A_Raman_study_of_the_liquid_state

Source Link

You are absolutely right, it has a higher boiling point because it has more hydrogen bonds. However the bonds are slightly weaker since the oxygen (electron suckes) are closer to gather and repel each other slightly more.

" The hydrogen bonds are slightly weaker (12–15%) than those in water " See https://www.google.com/amp/s/www.researchgate.net/publication/230086767_Hydrogen_bonding_in_hydrogen_peroxide_and_water_A_Raman_study_of_the_liquid_state/amp#ampshare=https://www.researchgate.net/publication/230086767_Hydrogen_bonding_in_hydrogen_peroxide_and_water_A_Raman_study_of_the_liquid_state