00:00We can see that the A, B, C, D are such a wide range that A, C is showing the direction
00:20of B and D. Now, we have to increase the direction of E to get D, E, C, A, B.
00:27So, we have to command C, E, C, A.
00:29Let's see, we have marked the picture.
00:31We have marked the picture that A, B, C, D are the wide range that is showing the direction
00:38of A, C, B, A, D.
00:39And we have increased the direction of E to get D, E, A, B.
00:42So, what is the formula?
00:43We have to write it.
00:44We have to write the formula that A, C is equal to B, A, D and A, B is equal to D, E.
01:07Now, we have to prove that C, E and C, A are equal.
01:22So, C, E is equal to C, A.
01:26So, we have to prove that C, E is equal to C, A.
01:29So, we have to prove that C, E is equal to C, A.
01:31So, we have to prove that C, E is equal to C, A.
01:33So, we have to prove that C, E is equal to C, A.
01:35So, we have to prove that C, E is equal to C, A.
01:37So, we have to prove that C, E is equal to C, A.
01:39So, we have to prove that C, E is equal to C, A.
01:41So, we have to prove that C, E is equal to C, A.
01:43So, we have to prove that C, E is equal to C, A.
01:45So, we have to prove that C, E is equal to C, A.
01:47So, we have to prove that C, E is equal to C, A.
01:49So, we have to prove that C, E is equal to C, A.
01:51So, we have to prove that C, E is equal to C, A.
01:53So, we have to prove that C, E is equal to C, A.
01:55So, we have to prove that C, E is equal to C, A.
01:57So, we have to prove that C, E is equal to C, A.
01:59So, we have to prove that C, E is equal to C, A.
02:01So, we have to prove that C, E is equal to C, A.
02:03So, we have to prove that C, E is equal to C, A.
02:05So, we have to prove that C, E is equal to C, A.
02:07So, we have to prove that C, E is equal to C, A.
02:09So, we have to prove that C, E is equal to C, A.
02:11So, we have to prove that C, E is equal to C, A.
02:13So, we have to prove that C, E is equal to C, A.
02:15So, we have to prove that C, E is equal to C, A.
02:17So, we have to prove that C, E is equal to C, A.
02:19So, we have to prove that C, E is equal to C, A.
02:21So, we have to prove that C, E is equal to C, A.
02:23So, we have to prove that C, E is equal to C, A.
02:25So, we have to prove that C, E is equal to C, A.
02:27So, we have to prove that C, E is equal to C, A.
02:29So, we have to prove that C, E is equal to C, A.
02:31So, we have to prove that C, E is equal to C, A.
02:33So, we have to prove that C, E is equal to C, A.
02:35So, we have to prove that C, E is equal to C, A.
02:37So, we have to prove that C, E is equal to C, A.
02:39So, we have to prove that C, E is equal to C, A.
02:41So, we have to prove that C, E is equal to C, A.
02:43So, we have to prove that C, E is equal to C, A.
02:45So, we have to prove that C, E is equal to C, A.
02:47So, we have to prove that C, E is equal to C, A.
02:49So, we have to prove that C, E is equal to C, A.
02:51So, we have to prove that C, E is equal to C, A.
02:53So, we have to prove that C, E is equal to C, A.
02:55So, we have to prove that C, E is equal to C, A.
02:57So, we have to prove that C, E is equal to C, A.
02:59So, we have to prove that C, E is equal to C, A.
03:01So, we have to prove that C, E is equal to C, A.
03:03So, we have to prove that C, E is equal to C, A.
03:05So, we have to prove that C, E is equal to C, A.
03:07So, we have to prove that C, E is equal to C, A.
03:09So, we have to prove that C, E is equal to C, A.
03:11So, we have to prove that C, E is equal to C, A.
03:13So, we have to prove that C, E is equal to C, A.
03:15So, we have to prove that C, E is equal to C, A.
03:17So, we have to prove that C, E is equal to C, A.
03:19So, we have to prove that C, E is equal to C, A.
03:21So, we have to prove that C, E is equal to C, A.
03:23So, we have to prove that C, E is equal to C, A.
03:25So, we have to prove that C, E is equal to C, A.
03:27So, we have to prove that C, E is equal to C, A.
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03:31So, we have to prove that C, E is equal to C, A.
03:33So, we have to prove that C, E is equal to C, A.
03:35So, we have to prove that C, E is equal to C, A.
03:37So, we have to prove that C, E is equal to C, A.
03:39So, we have to prove that C, E is equal to C, A.
03:41So, we have to prove that C, E is equal to C, A.
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03:45So, we have to prove that C, E is equal to C, A.
03:47So, we have to prove that C, E is equal to C, A.
03:49So, we have to prove that C, E is equal to C, A.
03:51So, we have to prove that C, E is equal to C, A.
03:53So, we have to prove that C, E is equal to C, A.
03:55So, we have to prove that C, E is equal to C, A.
03:57So, we have to prove that C, E is equal to C, A.
03:59So, we have to prove that C, E is equal to C, A.
04:01So, we have to prove that C, E is equal to C, A.
04:03So, we have to prove that C, E is equal to C, A.
04:05So, we have to prove that C, E is equal to C, A.
04:07So, we have to prove that C, E is equal to C, A.
04:09So, we have to prove that C, E is equal to C, A.
04:11So, we have to prove that C, E is equal to C, A.
04:13So, we have to prove that C, E is equal to C, A.
04:15So, we have to prove that C, E is equal to C, A.
04:17So, we have to prove that C, E is equal to C, A.
04:19So, we have to prove that C, E is equal to C, A.
04:21So, we have to prove that C, E is equal to C, A.
04:23So, we have to prove that C, E is equal to C, A.
04:25So, we have to prove that C, E is equal to C, A.
04:27So, we have to prove that C, E is equal to C, A.
04:29So, we have to prove that C, E is equal to C, A.
04:31So, we have to prove that C, E is equal to C, A.
04:33So, we have to prove that C, E is equal to C, A.
04:35So, we have to prove that C, E is equal to C, A.
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04:41So, we have to prove that C, E is equal to C, A.
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04:45So, we have to prove that C, E is equal to C, A.
05:15So, we have to prove that C, E is equal to C, A.
05:45So, we have to prove that C, E is equal to C, A.
06:15So, we have to prove that C, E is equal to C, A.
06:17So, we have to prove that C, E is equal to C, A.
06:45So, we have to prove that C, E is equal to C, A.
06:47So, we have to prove that C, E is equal to C, A.
06:49So, we have to prove that C, E is equal to C, A.
06:51So, we have to prove that C, E is equal to C, A.
06:53So, we have to prove that C, E is equal to C, A.
06:55So, we have to prove that C, E is equal to C, A.
06:57So, we have to prove that C, E is equal to C, A.
06:59So, we have to prove that C, E is equal to C, A.
07:01So, we have to prove that C, E is equal to C, A.
07:03So, we have to prove that C, E is equal to C, A.
07:05So, we have to prove that C, E is equal to C, A.
07:07So, we have to prove that C, E is equal to C, A.
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