Wow! That’s good to hear. ❤️ I’m happy this video served it’s purpose - to help you guys. Feel free to send me video contents in case you need some assistance in your math-related subjects. Would be glad to help! You may use my facebook page m.facebook.com/MathFTW/ as a communication tool. Again, thank you so much for appreciating my video! ❤️❤️❤️ #FortheLoveofMath
So glad to help! I made this channel for my students with our online distance learning. I didn't know that it'll transcend this far... assisting more students/curious minds. Thanks for the appreciation! #ForTheLoveOfMath In case you have video requests, lemme know ahead of time, 'cause I may be able to squeeze my schedule and make the necessary videos. You may definitely use my fb page as our communication tool by then. m.facebook.com/MathFTW/
You have my thanks. I would assume you're a filipino because of the accent and you remind me of my hs teacher. this helped me a lot for my final examination tomorrow.
Hi there! Yes I am. ❤️ I'm so glad to know that I helped you. I initially made this channel for my students as an aid to their learning process as they adjust to online distance learning. I didn't know that it'll transcend this far... assisting more students/curious minds. Thanks to your kind words for you inspire me to do more. #ForTheLoveOfMath In case you have video requests, lemme know ahead of time, 'cause I may be able to squeeze my schedule and make the necessary videos. You may definitely use my fb page as our communication tool by then. m.facebook.com/MathFTW/
So glad to help! In case you want to know other ideas, please watch these: Basic Properties of Congruence (Modular Arithmetic) and Equivalence Class ua-cam.com/video/BxuCLyjPpog/v-deo.html Solving Linear Congruence ua-cam.com/video/RSuJkl_Vxf8/v-deo.html [A Case in] Solving Linear Congruence ua-cam.com/video/Gn2OWYzKDsA/v-deo.html Wish you all the best! 🤙🏼
Glad to help! Thank you for the nice words, too. I have the presentation here. ua-cam.com/play/PLzuEY8ZR034zPWyHRm9cD_nl7iMHdxrR9.html It's in Cryptography. Should you need ideas on the a^-1, I have these: Basic Properties of Congruence (Modular Arithmetic) and Equivalence Class ua-cam.com/video/BxuCLyjPpog/v-deo.html Solving Linear Congruence ua-cam.com/video/RSuJkl_Vxf8/v-deo.html [A Case in] Solving Linear Congruence ua-cam.com/video/Gn2OWYzKDsA/v-deo.html. Wish you all the best! ✨
Hi there! I have discussed it in this video. ua-cam.com/video/RSuJkl_Vxf8/v-deo.html ❤️ I hope this helps! In case, you might need this as well. ua-cam.com/video/BxuCLyjPpog/v-deo.html
If you're encrypting affine cipher, you have to be careful with the key to use. Notice that later on for decrypting, your "a" should have "an inverse modulo". Thus, for your key (a, b), your "b" can be any number but your "a" is restricted to those numbers that have an inverse modulo 26. Consequently, your "a" can only be those numbers listed in 9:03. So definitely, your "a" should be a number that is "relatively prime" to 26, equivalently, has a GCD equal to 1. I'm amazed you're getting the gist of my video. Thanks for watching! You can watch these for more ideas. ua-cam.com/video/BxuCLyjPpog/v-deo.html ua-cam.com/video/RSuJkl_Vxf8/v-deo.html
Very Insightful. Keep doing a good job 👍
Thank you! If you need related videos, feel free to tell me the topic.
thank you , you're life saver
Thank you, too, for these nice words!
thank you for this video it really helped me in our group project in math.
Wow! That’s good to hear. ❤️ I’m happy this video served it’s purpose - to help you guys. Feel free to send me video contents in case you need some assistance in your math-related subjects. Would be glad to help!
You may use my facebook page
m.facebook.com/MathFTW/
as a communication tool.
Again, thank you so much for appreciating my video! ❤️❤️❤️
#FortheLoveofMath
THANKYOUSOMUCH😭💓 FINALLY I FOUND HOW TO SOLVE IT CORRECTLY
So glad to help!
I made this channel for my students with our online distance learning. I didn't know that it'll transcend this far... assisting more students/curious minds. Thanks for the appreciation!
#ForTheLoveOfMath
In case you have video requests, lemme know ahead of time, 'cause I may be able to squeeze my schedule and make the necessary videos.
You may definitely use my fb page as our communication tool by then.
m.facebook.com/MathFTW/
You have my thanks. I would assume you're a filipino because of the accent and you remind me of my hs teacher. this helped me a lot for my final examination tomorrow.
Hi there! Yes I am. ❤️
I'm so glad to know that I helped you. I initially made this channel for my students as an aid to their learning process as they adjust to online distance learning. I didn't know that it'll transcend this far... assisting more students/curious minds. Thanks to your kind words for you inspire me to do more. #ForTheLoveOfMath
In case you have video requests, lemme know ahead of time, 'cause I may be able to squeeze my schedule and make the necessary videos.
You may definitely use my fb page as our communication tool by then.
m.facebook.com/MathFTW/
Thanks for teaching the a^-1
So glad to help! In case you want to know other ideas, please watch these:
Basic Properties of Congruence (Modular Arithmetic) and Equivalence Class
ua-cam.com/video/BxuCLyjPpog/v-deo.html
Solving Linear Congruence
ua-cam.com/video/RSuJkl_Vxf8/v-deo.html
[A Case in] Solving Linear Congruence
ua-cam.com/video/Gn2OWYzKDsA/v-deo.html
Wish you all the best! 🤙🏼
Thnkew so much mam
No prob. 🤙🏼
tysm
Glad to help! 🤙🏼
thank youu
Thanks, too, for watching!
Glad to help. 💞
Thank you, Thank you, Thank you. By far the best video I could find on the Affine Cipher. Do you have a download link for your slides?
Glad to help! Thank you for the nice words, too.
I have the presentation here.
ua-cam.com/play/PLzuEY8ZR034zPWyHRm9cD_nl7iMHdxrR9.html
It's in Cryptography.
Should you need ideas on the a^-1, I have these:
Basic Properties of Congruence (Modular Arithmetic) and Equivalence Class
ua-cam.com/video/BxuCLyjPpog/v-deo.html
Solving Linear Congruence
ua-cam.com/video/RSuJkl_Vxf8/v-deo.html
[A Case in] Solving Linear Congruence
ua-cam.com/video/Gn2OWYzKDsA/v-deo.html.
Wish you all the best! ✨
Thank a lot maam
Glad to help! ❤️❤️❤️
How we can calculate 'a' inverse?
what is the easiest way to calculate inverse of any number?
Hi there! I have discussed it in this video.
ua-cam.com/video/RSuJkl_Vxf8/v-deo.html ❤️
I hope this helps!
In case, you might need this as well.
ua-cam.com/video/BxuCLyjPpog/v-deo.html
@@FortheLoveofMathFLM Thank You!!
@@twot8107 Thanks, too, for the support and for working on it #ForTheLoveOfMath ❤️✨ keep safe!
how would you know the key po?
Hi there! The key would be given in the problem.
@@FortheLoveofMathFLM is the key po could be any number under mod 26 that has a gcd equal to 1??
If you're encrypting affine cipher, you have to be careful with the key to use. Notice that later on for decrypting, your "a" should have "an inverse modulo".
Thus, for your key (a, b), your "b" can be any number but your "a" is restricted to those numbers that have an inverse modulo 26. Consequently, your "a" can only be those numbers listed in 9:03. So definitely, your "a" should be a number that is "relatively prime" to 26, equivalently, has a GCD equal to 1. I'm amazed you're getting the gist of my video. Thanks for watching!
You can watch these for more ideas.
ua-cam.com/video/BxuCLyjPpog/v-deo.html
ua-cam.com/video/RSuJkl_Vxf8/v-deo.html