Well done, dear!😊 But I think without introducing 2 to multiply the 3 and 2 respectively, you can equally write √6 to be √3 ×√2 , which will later cancel the numerator √3 and multiplying the denominator √2 to get 2 respectively 😊 (3/2)⁴ •√3/√2 ×1/√3 ×√2 .
You are extra intelligent
Well done, dear!😊 But I think without introducing 2 to multiply the 3 and 2 respectively, you can equally write √6 to be √3 ×√2 , which will later cancel the numerator √3 and multiplying the denominator √2 to get 2 respectively 😊
(3/2)⁴ •√3/√2 ×1/√3 ×√2 .
Yes, you are right. Thanks
Clearly explained
Fantastic my Darling
Thanks
@@JJONLINEMATHSCLASSchannelCome with vectors please
Very good
So nice
x=....
JJ,
I like the way you teach . Thank you for your help.
You are welcome!
BYE...
Hello my smart beauty girl😍😍💋💋💖💖🌹🌹
Hello 😊