we all know that higher stock prices = less price volatility in terms of % change, and lower stock price = higher price volatility in %
but whats the actual formula that most accurately describes this relationship?
anyone rich here?
>>8341027
>we all know
I didn't know that so you are wrong.
>>8341027
my daddy gibs me money :3
>>8341034
man up and get a job you neckbeard
>>8341051
im a grad student in cs at a public ivy, GET OFF MY BOARD NORMAN!!!!
>>8341066
>public ivy
I'll have a #3 with cheese and medium fries. Oh and a small unsweetened ice tea.
>>8341123
>tells people that work minimum wage jobs that they just need to get an absurdly expensive degree and succeed like them
>makes fun of a grad student for not going to a "prestigious" school that's reputation only exists to jew you out of your dad's and/or the government's money
explain this
>>8341129
>explain this
I'm joking obviously
>>8341129
haha wow it's almost like people parrot received cultural messages instead of rigidly adhering to a consistent set of abstract principles
>>8341027
f(x)=$|x|
>>8341123
>on 4chan
>unsweetened anything
>>8341601
>sweetened anything
>wanting to rot your teeth
x = %averagestockprice%
If %individualstockprice% > x
Print ("This stock is not volatile")
Else
Print ("This stock is volatile")
Enjoy! :)
>>8341027
Let S be the stock price and ΔS the change in stock price. ΔS/S gets smaller (less volatility) as S increases and it gets larger (more volatility) as S decreases for a certain ΔS.
>>8341622
Wtf Imma be the next Warren Buffet!
>>8341632
Patent pending.
>>8341027
1. Earn all of the money in the world
2. Economy collapses
3. No Profit.
>>8341608
>thinking dental decay and its prevention revolves around sugar intake and no other factors
>>8341027
Finance stuff is plenty mathematical.
OP if you want to go into finance through the math route, learn stochastic calculus, black scholes etc.
>>8341027
There's no fixed relationship per se. The volatility of a stock is dependent on the trading volume, which is an independent variable. The value of options vis a vis volatility is described by the Black-Scholes equation, but that's not what you asked.
Stock prices change pretty fast after the bubble pops.... you've clearly misunderstood something in your principles level classes
>>8341027
Stock price = 1/(volatility)