00:00Our topic is bond energy.
00:03We will note that energy is required to break bonds between two atoms.
00:10The entire atomic molecule is known as bond energy.
00:15And this bond energy is directly proportional to the multiplicity.
00:19We have already seen that.
00:22We have seen that CLCL, bond energy 242.
00:27Oxygen, oxygen, was 498.
00:31Nitrogen, nitrogen, was 946.
00:34But this is inversely proportional to bond energy.
00:37Bond energy 242, bond energy 1.99.
00:40Bond length is less than 1.21.
00:43So, bond energy is increased.
00:45Bond length is less than 1.10.
00:47Bond energy is more than 946.
00:50And this is the importance of bond energy.
01:03He is less than 643.
01:05Not consideration data and cop pH for the loss of bond energy 4.
01:13Now, EHO, does intelligence 313-1.
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01:21output of the current a battery 417. In retour,
01:21I'm a cracker 19 percent electronic radio difference point nine
01:26I'm born energy four thirty one a HF I'm a cracker 57 percent electronic
01:31different one point nine
01:33I'm so born energy Joe say he was five sixty-five
01:37Oh yeah I mean K born energy directly proportional
01:40electronic difference
01:42Now we have to give a compound for the element A, B, C, D on our own side.
01:48In A, there is a character of 10, B, 20, C, 30, D, 40.
01:52So the bond energy will be more than it.
01:54So it will be more than it, which will be more than it.
