Sir I have query, in question no. 4 why and from where we took 30% standard deviation in annual return .... and in annual return with 95% confidence interval why we take plus-2 (6%)
Professor, for the 4th question for the test, in the question you give 25% for the standard deviation, but then in the solution you give 30% for the standard deviation. Meaning we should get a standard error of 5%, but in your solution we get a standard error of 6%.
Thank you for the lecture Professor! I am afraid I could not understand what identical distributions were. Could you explain what it is in greater detail?
Every event will have a probability distribution. E.g. getting heads (outcomes) on flipping a coin. The probability of the outcomes is always 0.5 It does not change for the next flip
Amazing lecture... In regards to the hedge funds beating the market. Curious if they use real returns when evaluating or if they sampled the returns before taxes, fees, and inflation. Because from my perspective, many of those hedge funds would drop out as well on top of the ones that didn't make it.😂😂
I just downloaded your slide packs and cannot believe you’ve given almost 200 pages for free. You are a God-send.
This man’s whole existence is positive externality!
Thanks for starting Statistics. Love the way you make such complex topics so simple. Waiting for all the lectures.🙏
Prof has beautifully covered one semester of Introductory Stats in 10 slides functional summary! Thanks and regards!!
thank you professor, my achilles heel was always statistics
Thank you Sir for making us understand statistics in a simple way !!!
Thank you Sir!!!
Sir I have query, in question no. 4 why and from where we took 30% standard deviation in annual return .... and in annual return with 95% confidence interval why we take plus-2 (6%)
Great as usual , thank you professor
Professor thanks so much. I nominate you for Presidential Medal of Freedom 😁
Thank you for your charity, Professor
Many thanks for this ❤
thank you professor
Thanks for starting this class.
Professor, for the 4th question for the test, in the question you give 25% for the standard deviation, but then in the solution you give 30% for the standard deviation. Meaning we should get a standard error of 5%, but in your solution we get a standard error of 6%.
I agree, the correct answer should be 2-22 (using SE of 5)
Hi professor, it seems that the link to the playlist isn't working.
Thank you Professor
Very good thank you
Thank you for the lecture Professor! I am afraid I could not understand what identical distributions were. Could you explain what it is in greater detail?
Every event will have a probability distribution. E.g. getting heads (outcomes) on flipping a coin. The probability of the outcomes is always 0.5 It does not change for the next flip
There are many types of distributions, like - Bernoulli, binominal, uniform, Gaussian (aka normal) etc
Amazing lecture... In regards to the hedge funds beating the market. Curious if they use real returns when evaluating or if they sampled the returns before taxes, fees, and inflation. Because from my perspective, many of those hedge funds would drop out as well on top of the ones that didn't make it.😂😂
स्थालीपुलाकन्याय ~= Law of large numbers
Thanks og