Comparing H Bonding In H2O, HF, NH3, And CH4
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Members do not see this ad. So H2O has the highest boiling point out of these four compounds because it can potentially form 4 H bonds. Why does HF have a higher BP than NH3? Doesn't NH3 form more H bonds than HF? Same goes for CH4. Is it due to the increased EN of fluorine over N and subsequently over C? So that the H bond formed by HF is stronger than NH3's bonds which are stronger than CH4's? Sort by date Sort by votes Kkryptonxenon
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So H2O is still the highest boiling point here? Even if HF Is the most EN?? Upvote 0 Downvote Kkryptonxenon
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JPS398 said: So H2O is still the highest boiling point here? Even if HF Is the most EN?? Click to expand...Yes because it forms more hydrogen bonds than HF does. Upvote 0 Downvote
goodtime
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kryptonxenon said: Yes because it forms more hydrogen bonds than HF does. Click to expand...why does it form more hydrogen bonds, i thought i would only form 2? Upvote 0 Downvote D
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kryptonxenon said: HF and NH3 can both form 2 Hydrogen bonds. But like you mentioned since Fluorine is more EN than Nitrogen, HF should have stronger IMFs and thus a higher boiling point. CH4 actually can't form any hydrogen bonds. Remember that hydrogen bonding requires a H bonded to an EN atom like F, O, or N. Click to expand...So two of the hydrogens on NH3 are not considered H bonded to N? Upvote 0 Downvote K
kryptonxenon
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acetylmandarin said: So two of the hydrogens on NH3 are not considered H bonded to N? Click to expand...Remember IMFs are between 2 different molecules of NH3 and the hydrogen bonds we are talking about are between 2 different molecules. Here's a trick I learned in my TPR class to calculate the number of hydrogen bonds a compound can form: 1. Identify number of hydrogen and lone pairs 2. To calculate the number of possible hydrogen bonds take the lowest number from step 1 and multiply this by 2. Upvote 0 Downvote D
deleted647690
kryptonxenon said: Remember IMFs are between 2 different molecules of NH3 and the hydrogen bonds we are talking about are between 2 different molecules. Here's a trick I learned in my TPR class to calculate the number of hydrogen bonds a compound can form: 1. Identify number of hydrogen and lone pairs 2. To calculate the number of possible hydrogen bonds take the lowest number from step 1 and multiply this by 2. Click to expand...Ah, I think I forgot what an H bond is. haha whoops Upvote 0 Downvote S
Songyeon 17
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kryptonxenon said: Remember IMFs are between 2 different molecules of NH3 and the hydrogen bonds we are talking about are between 2 different molecules. Here's a trick I learned in my TPR class to calculate the number of hydrogen bonds a compound can form: 1. Identify number of hydrogen and lone pairs 2. To calculate the number of possible hydrogen bonds take the lowest number from step 1 and multiply this by 2. Click to expand...What do you mean by "take the lowest number from step 1" ? Upvote 0 Downvote You must log in or register to reply here. Share: Facebook X Bluesky LinkedIn Reddit Pinterest Tumblr WhatsApp E-mail Share Link
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