absolutely superb! Thank you. I'm a slightly above average excel user and my stats knowledge is at high school level. I was able to create a distribution chart of children in my class running laps over time. Thank you!
Hi Maven, Do you have any video similar to this in the Tableau. I have created the shading but it passes diagonally , how to change it to pass straightly down. Can you help me out.
the data set is the MBA grade. taking a peak it looks like there are no grades below 60. so he likely just used 60 arbitrarily because it's a nice even number below the lowest number of the data set which was 66.9.
This is a great example to learn from but you FLY through each click and step. For someone trying to learn, I think I spent more time rewinding because you move faster than can copy and learn.
Could you help me? I'm confusing with this : △ = 8 * (WRS1 - WRS2) / 1000 = 8 * (415-192) / 1000 = 1.784 C1 = -1.060 result = ~N(0,1)(C1 + △) = 76.5% How to calculate the formula to get result 76.5% ? That Normal Distribution Average = 0 and Standard Deviation = 1 Thxs a alot before
Check your X-Axis values... if you're getting blocky fill , then make the increments small. I was counting by 2's but then changed it to count by 1's and got a perfectly smooth fill@@sshubhamsingh46
absolutely superb! Thank you. I'm a slightly above average excel user and my stats knowledge is at high school level. I was able to create a distribution chart of children in my class running laps over time. Thank you!
Thanks for making an excellent and very helpful video!
MUST better and quicker explanation than MS Office. thank you
Wow!!! So great, I was finding this kind of explanation for years!!! Thanks a lot for this sharing
Very very useful, thanks for making this video
Great video! Looks so easy! :)
Out of box🎉❤
Thank you this was very helpful.
Incredible! Thank you for sharing your knowledge.
Glad you enjoyed it!
Hi Maven, Do you have any video similar to this in the Tableau. I have created the shading but it passes diagonally , how to change it to pass straightly down. Can you help me out.
Excellent!
Absolute GOAT
Can this be applied for independent t-test?
Hi Enrique, question : why U use Mean and not Median value ? Thanks by Italy 🇮🇹
Top skills! Love this.
shut up
There is A LOT to know/memorize.
I am just curious, why have you taken 60 as the lowest? Is it based on your assumption or the data set doesn't contain a value lower than 60?
the data set is the MBA grade. taking a peak it looks like there are no grades below 60. so he likely just used 60 arbitrarily because it's a nice even number below the lowest number of the data set which was 66.9.
How many minimum data do i need to plot bell curve?
What if my dataset is returning NDIST() > 1 ?
This is a great example to learn from but you FLY through each click and step. For someone trying to learn, I think I spent more time rewinding because you move faster than can copy and learn.
Great Video! Keep up the good work,
Could you help me?
I'm confusing with this :
△ = 8 * (WRS1 - WRS2) / 1000 = 8 * (415-192) / 1000 = 1.784
C1 = -1.060
result = ~N(0,1)(C1 + △) = 76.5%
How to calculate the formula to get result 76.5% ?
That Normal Distribution Average = 0 and Standard Deviation = 1
Thxs a alot before
My data did not get a smooth line as yours, I assuming because it was not a made up data but real one, please advise if you feel otherwise
Yeah mine too. I think if the data is not evenly distributed we aren't going to get a perfect bell curve.
Check your X-Axis values... if you're getting blocky fill , then make the increments small. I was counting by 2's but then changed it to count by 1's and got a perfectly smooth fill@@sshubhamsingh46
1:18 how you did that thing, your explanation is too fast man I am watchin it 5th time
update: I done it by pressing F4 , but my graphs didnt look like the bell shape. what can be the reason?
Very bad presentation
I think you meant to say very good! No worries though, I misspell things all the time so I get it😉