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Basically you first have to put your answer into scientific notation by pressing the 3rd key then the 6 key. The screen display should change to one big zero and two small zeros.
I was workinggon the same problem with a -log of a chemistry problem to get pH and I knew the answer because I calculated it on it TI-85, but we are not allowed to use graphing calulators on the exam (:-((() so I had to figure out how to do it on this one!
For example, I had pH =-log(2.828947x10^4)
On the TI-36X you change to scientific notation using the instructions above. Once the three zeros enter on the screen: [4] [-] [2nd] [10^x]
1^-04 should appear on screen, then you multiply by 2.828947
[x] [2][.][828947] then your screen will show the answer in scientific notation.
2.828947 in big numbers and in small numbers -04 From there you simply press: [log] and your answer will show up as a negative number. Just take the absolute value of that and you have your answer. Took me like 30 minutes the night before a huge chemistry exam to figure that out! Hope it helps someone!
That depends on what you mean by "solve probability." You could study probability for a year in college and not come close to covering all the types of probability problems. Do you want the number of combinations or permutations? The upper or lower tail of some probability distribution? The inverse distribution?
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