I was doing higher math than in my grade level so it was getting harder until I couldn't understand it anymore. I found this video and I was so thankful and I understand it better.
You all prolly dont care at all but does anybody know a method to log back into an instagram account? I was dumb lost the login password. I appreciate any tips you can give me
@Thatcher Collin thanks so much for your reply. I found the site through google and im waiting for the hacking stuff atm. Looks like it's gonna take a while so I will reply here later with my results.
Two thumbs up 👍 👍, Good stuff 👏, A Trader can truly benefit by incorporating this knowledge into their Tradering Strategy. It's info. that changes outcomes, when used with awareness & understanding. Video Recommended, to like mined individuals, friends & family.✌😎
Love the way everything was explained, especially the mean being described as the balancing point. That really puts a fine point these concepts. btw, What happens to the empirical rule and probabilities implied by the bell curve when there's skewness? How do read it then?
I can’t think of a real life distribution with that structure, but it’s possible to draw one up using a simulator. However, it would not be a classic left or right skewed distribution. In general, you would need a long skinny tail on the right side to separate the mean and median, but you would also need the most repeated value to be something greater than the median. That would probably require a cliff after the median to enable a steep drop off after. Perhaps the mean would be the same as the mode in that case. Either way, the main idea to remember is that in a asymmetric distribution, the mean will move to the side of the curve where the more extreme values are.
In a distribution, there may not be a mode (the uniform distribution for example). In the uniform distribution, the mean and median are the same because it is symmetric.
Finally someone explained this without beating around the bush
I am so grateful for this. Was having such a hard time before I found this.
I’m glad it helped you!
You Couldn’t be more clear, if you tried. Thank you so much!
Wow thanks i searched a lot of videos to explain this but finally i found the best!it’s you!!
I was doing higher math than in my grade level so it was getting harder until I couldn't understand it anymore. I found this video and I was so thankful and I understand it better.
I’m happy to hear that! Keep learning!
That was so clear like I was so confused at first but now everything is clear. Thank you so much!!
You all prolly dont care at all but does anybody know a method to log back into an instagram account?
I was dumb lost the login password. I appreciate any tips you can give me
@Jon Randall Instablaster :)
@Thatcher Collin thanks so much for your reply. I found the site through google and im waiting for the hacking stuff atm.
Looks like it's gonna take a while so I will reply here later with my results.
@Thatcher Collin it did the trick and I now got access to my account again. I'm so happy!
Thanks so much you really help me out !
@Jon Randall happy to help xD
Very useful for my Biostatistics and Epidemiology assignments. Thanks for the video.
Happy to help!
Good work. Understanding this thing was really challenging to me
Two thumbs up 👍 👍, Good stuff 👏, A Trader can truly benefit by incorporating this knowledge into their Tradering Strategy. It's info. that changes outcomes, when used with awareness & understanding. Video Recommended, to like mined individuals, friends & family.✌😎
Watched so many videos and FINALLY understood this after watching yours. Thank you :)
Im happy to hear that!
You have helped me a lot .
You made my day , really thank you
Love you from Egypt
Glad I was able to help!!
You make this concept so intuitive. Thanks
ok now this man here saved my life
Happy to help!
Bro I struggle to understand this concept for sometime and it finally makes sense after watching this like what 5 min video
Thank you for such an easy yet complete explanation.
This was such a wonderful explanation. Crisp and to the point. I Really Appreciate it!
Thank you!
Really, really beautifully explained, sir! Thank you!!
I finally understood, thank you. Amazingly clearly explained.
That’s great to hear!
Absolutely brilliant explanation, thank you!
Thank you explaining this concept easy to understand.
Thank you very much this is very informational in a short amount of time.
Happy to help
I always mixed them up since im always confused but using the billionaire as the right skewed make me understand in an instant. like literally lol
Thanks for the explanation Dane!
You’re welcome!
Great clear, concise explanation. Thank you!
Thank you!
Perfectly perfect 👍
Thank you 🙏
Thanks for the video, love it!
You’re welcome! Thanks for watching
Love the way everything was explained, especially the mean being described as the balancing point. That really puts a fine point these concepts.
btw, What happens to the empirical rule and probabilities implied by the bell curve when there's skewness? How do read it then?
Thank you so much ❤❤❤
You’re welcome!
Thanks, a lot of confusion is clear.
Glad it was helpful!
Crystal clear
Not once was I ever taught it this way in school, I remember being told about mean mode median but with no images to get it
Very useful for my alevel psychology
great thankz
THANK YOU SO SO SO SO SO MUCH
You’re welcome!
Im enjoy the online class
what if your median is smaller than your Mean and Mode? So it creates a bump in the curve?
I can’t think of a real life distribution with that structure, but it’s possible to draw one up using a simulator. However, it would not be a classic left or right skewed distribution. In general, you would need a long skinny tail on the right side to separate the mean and median, but you would also need the most repeated value to be something greater than the median. That would probably require a cliff after the median to enable a steep drop off after. Perhaps the mean would be the same as the mode in that case. Either way, the main idea to remember is that in a asymmetric distribution, the mean will move to the side of the curve where the more extreme values are.
is it possible if the median is on the same line as the mode?
Yes, that’s the case in many symmetric distributions of data.
thanks
thank you so much!
Thank you
You’re welcome
What if there is no mode?
In a distribution, there may not be a mode (the uniform distribution for example). In the uniform distribution, the mean and median are the same because it is symmetric.
Ashfield boys
A dash of communism with my biostat