The rate of change for delta with respect to the underlying asset's price.
Mathematically, gamma is the first derivative of delta and is used when trying to gauge the price of an option relative to the amount it is in or out of the money. When the option being measured is deep in or out of the money, gamma is small. When the option is near the money, gamma is largest.
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Tau gamma phi
180 10 log(x) 130 = -(117000 i integral_(-iinfinity+gamma)^(iinfinity+gamma)(Gamma(-s)^2 Gamma(1+s))/((-1+x)^s Gamma(1-s)) ds)/pi for (-1<gamma<0 and |arg(-1+x)|<pi)
Pi Gamma Phi is a fraternity-sorority that was founded on September 27,1975 by four rounding founders.
The delta of an option is the mathematical parameter that measures how much the price of an option changes with price changes in the underlying asset. For instance, an option with 0.5 delta would gain $0.50 in value with every $1 gain in price of the underlying asset. It will also drop by $0.50 in value with every $1 drop in price of the underlying asset. Take note that delta is also changing all the time due to Gamma so it should be taken more as a research reference rather than an absolute prediction of options prices.