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*Suppose t=1, then this distribution is one-tailed distribution and t=2, then this is two-tailed distribution.
*Suppose t=1, then this distribution is one-tailed distribution and t=2, then this is two-tailed distribution.
*Also t=1, then it is calculated as <math> TDIST=P(X>x) </math>, where <math> X </math> is a random variable that follows the t-distribution.
*Also t=1, then it is calculated as <math> TDIST=P(X>x) </math>, where <math> X </math> is a random variable that follows the t-distribution.
*And t=2, then it is calculated as <math> TDIST =P(X>x or X<-x)</math>.
*And t=2, then it is calculated as <math> TDIST =P(X>x or X<-x) </math>.
*This function will return the result as error
*This function will return the result as error
1. Any one of the argument is nonnumeric.
1. Any one of the argument is nonnumeric.
2. df<1 and x<0. When we are giving df and t as a decimals, then it is changing in to integers.
2. df<1 and x<0. When we are giving df and t as a decimals, then it is changing in to integers.
==Examples==
==Examples==