This is fine if you have estimates ahead of time that factor nicely, but I was looking for something that is relatively accurate and reliable where you don't have much to work with ahead of time, or the factors you do have do not nicely fit. I can do a linear approximation, but I have found that that method is not quite as accurate as I would like in general. An example would be log₂30 ≈ 4.90689 I can easily see that log₂16 =4 and log₂32 = 5, so it is between 4 and 5, but closer to 5, and I can approximate this by seeing where 30 falls between 2⁴=16 and 2⁵=32, ie, log₂30 ≈ 4 + (30-16)/(32-16) = 4⅞ = 4.875, but that estimate is off by over 0.031
I didnt knew that i was going to be that happy for someone while watching a math video. You both look so happy, and made my day. Thank you for the explanation you are great!
i just can't stress enough how i can't believe how long it took me to solve a problem like this thank you so much for this, this is a real life saver!!
Thank you! Can you please help me! Below this table, Equation: a value 2.12855543338601 and b value 5.982005148427. I don't know which raw data to use to calculate it, I use the Market Cap column to calculate the a value and the b value are not the same
you're probably a math teacher somewhere in the world but I do want to say thank you for the video even though I'm not your student (and I literally have no clue who you are) this really helped so your students are lucky to have you