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Can i just say NO AMOUNT OF THANKS i can say that will show how grateful i am. THANKYOU SO MUCH FOR EVERYTHING. TRULY TRULY THANKYOU ❤
You have more than said it. Thank you for supporting this work of mine and I am pleased to hear that it is proving to be of benefit to you. Best wishes for 2019.
You explain so much better than my teachers
Oddly satisfying line 3:12
I FINALLY get this. It's so satisfying to do these questions now. Thank you so much.
Time well spent. Thanks for watching and best wishes to you.
How did you get cosX at 4:42
The differential of sin x is cos x. Check out the videos in this playlist ua-cam.com/play/PL5pdglZEO3Nj5BD1XPUz7lHY55NLxZZth.html
What about normal log functions ?
Can i just say NO AMOUNT OF THANKS i can say that will show how grateful i am. THANKYOU SO MUCH FOR EVERYTHING. TRULY TRULY THANKYOU ❤
You have more than said it. Thank you for supporting this work of mine and I am pleased to hear that it is proving to be of benefit to you. Best wishes for 2019.
You explain so much better than my teachers
Oddly satisfying line 3:12
I FINALLY get this. It's so satisfying to do these questions now. Thank you so much.
Time well spent. Thanks for watching and best wishes to you.
How did you get cosX at 4:42
The differential of sin x is cos x. Check out the videos in this playlist ua-cam.com/play/PL5pdglZEO3Nj5BD1XPUz7lHY55NLxZZth.html
What about normal log functions ?