Using the Empirical rule to determine the approximate percentage of data less than a given value

[saltylightning]

Dane thank you so much, I have hit my lowest point and was about to call my mother and tell her im dropping out, but then i looked at this video and it gave me the confidence to do my work thanks for the help and now I will keep going.

[nursingstudent]

شكرا لك من السعودية 🇸🇦❤️❤️

Your video helped me in biostatistics 🩷🩷🩷 thanks

[kaylathomas-eq]

This is a huge help!! I've been stressed out the past two days trying to figure this out. Thank you so much for breaking this down :)

[angelinafernando]

thanks, midterm tmrw and this saved my life

[brandon]

This was the best, most straightforward explanation.

[aniyahgrant]

My head was pondering from not having this explanation 😭. Thank you thank you!!!! I would say it a million times

[aaqibzworld]

Wonderful Dance, I like the way you teach.

[maddylopez]

This is the only vid that got me to understand thank you 🙏

[ydiaz]

you saved my life and saved me 2-4 hours of studying this LOL

[freemovies]

thank you I wish you should've been my prof

[vampng]

I have a question. What if my standard deviation is 1.2 and at the same time my mean is 6 days with 4 days lesser?

[paulmuoki]

Can you plz show us how to calculate the 68 percent and 95 and 99.7

[aniyahgrant]

I do have a question regarding this one question that is related on my assignment. The question is:

The lifespans of mediocre YouTube channels (over 1000 subscribers, less than 50, 000) with active creators is 3.1 years with a standard deviation of 0.6 years. Use the empirical rule to estimate the probability of your new mediocre “unboxing” channel lasting between 2.5 and 4.3 years


How would I go about this question? If you don’t mind me asking

[aniyahgrant]

Do you have a lesson on percentiles that sort of involves calculus?