The Binomial Distribution: Crash Course Statistics #15
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Date: 2022-04-04
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Comments and reviews: 6
Jose
Can anyone please tell me why when I run the numbers on my TI-83, is shows that 0. 1887 (18%) is the result for the probability of encountering 1 zombie instead of the aforementioned 37%? Or am I plugging the numbers in wrong? Are my calculator setting off? I plugged it in this format for probability of 0 zombies like this and got the right answer: (0. 05)-0 - (0. 95)-20 = 0. 3584 or 36%. PLEASE ADVISE!
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Can anyone please tell me why when I run the numbers on my TI-83, is shows that 0. 1887 (18%) is the result for the probability of encountering 1 zombie instead of the aforementioned 37%? Or am I plugging the numbers in wrong? Are my calculator setting off? I plugged it in this format for probability of 0 zombies like this and got the right answer: (0. 05)-0 - (0. 95)-20 = 0. 3584 or 36%. PLEASE ADVISE!
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Motahid
I highly struggle with the maths as you said in previous videos you would try to avoid the math but you did a terrible job in succeeding considering a man who has excelled in math is struggling I do enjoy your previous videos but I have to admit it is not up to the standard I expect sorry ina e to give it a thumbs down---------
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I highly struggle with the maths as you said in previous videos you would try to avoid the math but you did a terrible job in succeeding considering a man who has excelled in math is struggling I do enjoy your previous videos but I have to admit it is not up to the standard I expect sorry ina e to give it a thumbs down---------
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Elif
An AB+ person CANNOT take blood from A, B or 0 person
Because for example a 0 person has both A and B antibodies in his/her blood and if this person gives blood to an AB person (suppose rh factor is the same) these antibodies will react with the A and B antigens in AB persons blood which is really BAD
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An AB+ person CANNOT take blood from A, B or 0 person
Because for example a 0 person has both A and B antibodies in his/her blood and if this person gives blood to an AB person (suppose rh factor is the same) these antibodies will react with the A and B antigens in AB persons blood which is really BAD
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science
Could you use more practical examples? I know you are trying to make the topic more entertaining. However in my opinion the zombie example is distracting and therefore harder to follow. The cold and flat tire examples was easier to understand and track. Regardless, thank you for your excellent work!
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Could you use more practical examples? I know you are trying to make the topic more entertaining. However in my opinion the zombie example is distracting and therefore harder to follow. The cold and flat tire examples was easier to understand and track. Regardless, thank you for your excellent work!
reply
Erick
I haven-t found many videos that are better than StatQuest. However this video is amazing, the production value is really nice, everything just adds up really nicely even the shelves in the background and the colors, I-m very grateful for your video thank you very much
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I haven-t found many videos that are better than StatQuest. However this video is amazing, the production value is really nice, everything just adds up really nicely even the shelves in the background and the colors, I-m very grateful for your video thank you very much
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springinggrass
the most relevant video in the series so far, as luck would have it. now where to find the probability rate of infection in this country.
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the most relevant video in the series so far, as luck would have it. now where to find the probability rate of infection in this country.
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