For most applications the other techniques are better. However in more advanced engineering applications this is essential. We use this all the time in GPS code.
What happens if you do it BA^-1 instead of A^-1B... I have seen questions where the inverse came after the B like BA^-1 so when will it come before B or after B
It is always as shown in the video (no exception). But note how we defined A and B. If you reverse the definition of A and B, then you have to switch them in the equation, but you would be doing the exact same thing.
finally understood after a long time . thank you
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@@MichelvanBiezen Just wanna let you know that you're a life saver!
Ten years later, and you just saved my ass... Thanks! I finally get this!
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Thanks! It would be great to hear about the reasons why one would want to use this method.
For most applications the other techniques are better. However in more advanced engineering applications this is essential. We use this all the time in GPS code.
@@MichelvanBiezen thanks
Excellent. Thank you for this post.
Exactly what I needed, thank you
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Thank you for doing what my lecture can't.
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Thanks for saved my life🙏
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Fabulous☺️
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In a 2 by 2 matrix you don't transpose the cofactor................
What happens if you do it BA^-1 instead of A^-1B... I have seen questions where the inverse came after the B like BA^-1 so when will it come before B or after B
It is always as shown in the video (no exception). But note how we defined A and B. If you reverse the definition of A and B, then you have to switch them in the equation, but you would be doing the exact same thing.
Thank you so much ❤
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Cheers
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