(-√-1)^4n+3 = ? ; n is a positive integer. #maths #imaginarynumber

Tonton & Download Video Musik Gratis

🏠 Beranda
⬇ DOWNLOAD NOW
Kalau muncul iklan pop-up, tutup lalu klik tombol kembali

Download lagu (-√-1)^4n+3 = ? ; n is a positive integer. #maths #imaginarynumber secara gratis hanya untuk keperluan promosi. Dukung artis favorit kamu dengan membeli musik original di iTunes atau platform resmi lainnya.

🎬 Download Lagu Lainnya

For any positive integer n, the value of(−√−1)^(4n+3) = ? #complex numbers For any positive integer n, the value of(−√−1)^(4n+3) = ? #complex numbers
Show that (-√-1)^4n = 1 where n is a positive integer Show that (-√-1)^4n = 1 where n is a positive integer
Show that (-√-1)^(4n+3)=1|Complex Number|Class-11|Maths|Aptitude|i^n|12th|Diploma|B.Tech|B.E. Show that (-√-1)^(4n+3)=1|Complex Number|Class-11|Maths|Aptitude|i^n|12th|Diploma|B.Tech|B.E.
The value of (−√−1)^(4n−3) , where n∈N , is …………………………………….. . The value of (−√−1)^(4n−3) , where n∈N , is …………………………………….. .
Show that `(-sqrt(-1))^(4n+3) =i`, where n is a positive integer. Show that `(-sqrt(-1))^(4n+3) =i`, where n is a positive integer.
Imaginary Number Pattern Imaginary Number Pattern
(-i)^(4n+3), where n Is a positive integer. | 12 | COMPLEX NUMBERS - FOR BOARDS | MATHS | KC SI... (-i)^(4n+3), where n Is a positive integer. | 12 | COMPLEX NUMBERS - FOR BOARDS | MATHS | KC SI...
(-i)^(4n+3), where n Is a positive integer. Then prove that it is equals to i | 11 | COMPLEX NUM... (-i)^(4n+3), where n Is a positive integer. Then prove that it is equals to i | 11 | COMPLEX NUM...