Using the TI-84 to Find Normal Probability

Using the TI-84 to Find Normal Probability (Given Mean and Standard Deviation)

Visit my channel for more Probability and Statistics Tutorials.

[rorrodeh]

In 5 minutes and 15 seconds you saved the first half of my semester! Thank you!

[mattgarcia]

listen i understand that you made this like years ago, and i just need you to know you have helped tremendously!

[kirstennewland]

Thank you, thank you, thank you.  OMG.  Why can't everybody else teach like this?  2 hours looking at a book ... 3 minutes with this video. 

[jonoruealferez]

You are not aware of how amazingly helpful you are. SIMPLE. CONCISE. CLEAR. I am literally in love with you.

[adia]

my teacher is awful. You are the only thing that will get me through my stat classes this summer. Thank you so much for this!

[Bumblenut]

You are the sole reason I got through statistics

[bradosanz]

YOURE AMAZING THANK YOU :D

- Dying stats student

[carolinegutierrez]

i know you made this a long time ago but THANK YOU. I always come to you channel for help.

[kailaredwine]

Thank you, Thank you! I’ve found 2 of your videos and they were both perfect for what I was needing!

[deezn.]

you have to know, Dr. Godblod, that you have helped so many students and you are so appreciated!!!

[mycool]

This video, saved me a whole section for a statics class. :, )

Now i have more time to study everything else

[srarther]

thank you so very much for this video, this stuff has been so frustrating to try to learn with no professor. thank you thank you thank you

[majellavito]

YOU ARE AWESOMELY BETTER THAN HLS!!!! THANK YOU FOR SAVING MY LIFE!

[wischwashdaboss]

thank you very much 100% better than my teacher

[noahdamoiseaux]

Thank you for doing this on the older software version, I didn't know I could just use a comma :)

[cassinipanini]

Really appreciate this for my Descriptive Statistics class!

[CarsUncovered]

Glad they have internet up in heaven! Thank you so much!

[AGodboldMath]

I'm not really sure what your asking...If you're looking for a sampling distribution, you'd use the Central Limit Theorem. I have a video covering sampling distributions. (I can't include the link in this comment).

If you don't have boundaries, you can't really calculate probabilities, but you can calculate the mean and standard error of the mean and determine the shape of the graph based on the original population.

[mintvanilla]

Kudos for using Mega Man X as an example, and for showing me how to use the normal probability function on a TI-84. Cheers. ^_^

[HotPicklePizza]

This video is so good! Thank you so much for making it.