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  1. Differences between H-H-O and H-O-H - Chemistry Stack Exchange

    Jan 14, 2015 · I'm not an expert. In simple words how do they differ: $\\ce{H-H-O}$ and $\\ce{H-O-H}$ molecules?

  2. organic chemistry - Why total heat of hydrogenation of 1,3 ...

    Jan 29, 2019 · I'm told that heat of hydrogenation (HOH) is directly proportional to number of π bonds and inversely proportional to stability. So, is the aromaticity responsible for this? Also, …

  3. Estimation of the bond angle of water - Chemistry Stack Exchange

    Nov 24, 2015 · We know from experimental data that $\\ce{H-O-H}$ bond angle in water is approximately 104.5 degrees. If its two lone pairs were bonds (which is unfortunately …

  4. Which has stronger hydrogen bonds: water or ice?

    May 6, 2018 · So, finally, I feel we have said enough to explain why the knowledge that a shrinking $\ce {O-O}$ distance and widening $\ce {HOH}$ angle tells us that ice has stronger …

  5. Why is it OH- and not HO-? - Chemistry Stack Exchange

    I am told that in a chemical equation the metal comes first and then the non metal. for example MgO, ZnSO 4,etc. But when both the elements are non metals or metals, the one with the …

  6. Which of the following has a stronger hydrogen bonding: F-H- -O …

    Aug 8, 2020 · F---H---F is stronger. This is an example of hydrogen bonding. More the partial charges generated on each atom better the interaction. The hydrogen bond is an effect. The …

  7. Do chemists refer to water as "dihydrogen monoxide"?

    Feb 17, 2014 · Like most of the other professionals answering here, I've given a couple of talks on international conferences and published some articles in peer-reviewed journals. I have never …

  8. Why does water split into ions? - Chemistry Stack Exchange

    Sep 20, 2017 · What is the property of a water molecule that allows it to split into $\\ce{OH-}$ and $\\ce{H+}$ ions? And subsequently, why - when these ions are attracted towards each other in …

  9. Notation of hydrogen - Chemistry Stack Exchange

    Feb 14, 2017 · $$\ce {e- + H2O -> [H$\cdot$] + HO-}$$ I was a little confused on the notation of the hydrogen in brackets ( [H]) in the product side of the reaction. Why is there a dot next to it …

  10. Configuration of a water molecule? - Chemistry Stack Exchange

    Apr 29, 2014 · The linked Google search mainly finds "Why is the bond angle of water 104.5$^\circ$ and not $109.5^\circ$. If using the VSEPR model, the nonbonding electron …