Premium Only Content

Math Test Question - Consecutive Imaginary Number
Hello! In this video, I will be going over a math test question that you may have no idea where to begin. You are not given the value of any variables so this tests you on your understanding of imaginary numbers and the different values of “i” to the 1st, 2nd, 3rd, and 4th power.
If you haven’t seen my previous video on imaginary numbers in a math test question, check it out here
https://rumble.com/vqogfi-imaginary-numbers-math-test-question.html
Problem of this video: Give a,b,c,d are consecutive positive numbers, what is (i^a)+(i^b)+(i^c)+(i^d) equal to?
For this problem, you will need to know the following:
- i^1 = square root of i = i
- i^2 = -1
- i^3 = -i
- i^4 = 1
Thanks for watching! Please drop a like and subscribe to my channel.Don’t forget to let me know if you have any questions in the comments below.
For more math videos like this, be sure to subscribe to my channel https://rumble.com/user/CavemanChang
Hope you enjoyed my video! Thanks for watching!
Credits:
Custom Titles: Simple Video Making
Link: https://www.youtube.com/channel/UCOsPt0xImHyuRGU7BntSqDQ
-
6:13
Practice Math with Caveman Chang
3 years agoImaginary Numbers - Math Test Question
20 -
3:19
Practice Math with Caveman Chang
3 years agoMath Test Question on Averages
22 -
4:18
Vonvon_Smalljoys
4 years agoOnly 2% Can Solve This Math Question
33 -
1:17
WorstAustralianDrivers
3 years agoImaginary
12 -
5:36
QuinnPonylord
4 years agoTHE NUMBER ONE QUESTION I GET ASKED THE MOST! Q & A Star Stable Quinn Ponylord
9 -
1:35:39
SB Mowing
2 days agoIt took the WHOLE NEIGHBORHOOD to uncover this yards SHOCKING SECRET
45.8K52 -
12:52
ROSE UNPLUGGED
20 hours agoFrom Vision to Legacy: Charlie Kirk
26.5K18 -
1:14:22
Jeff Ahern
4 hours ago $8.58 earnedThe Sunday Show with Jeff Ahern
38.1K27 -
16:37
Professor Nez
5 hours ago🚨Internet MELTS DOWN over JD Vance & Trump BREAKING the Democrats!
40.3K142 -
18:40
itsSeanDaniel
7 hours agoPiers Morgan CALLED OUT and HUMILIATED by Andrew Tate
49.5K265