Joint Distribution Function
A joint distribution function is a Distribution Function 
in two variables defined by
 |  |  | (1) |
 | |  | (2) |
 | |  | (3) |
so that the joint probability function satisfies
 | (4) |
 | (5) |
|  |  | |
|  | (6) |
 | (7) |
A multiple distribution function is of the form
 | (8) |
References
Grimmett, G. and Stirzaker, D. Probability and Random Processes, 2nd ed. New York: Oxford University Press, 1992.
- Touchard's Congruence
- Tour
- Tournament
- Tournament Matrix
- Tower of Power
- Towers of Hanoi
- T-Polyomino
- T-Puzzle
- Trace (Complex)
- Trace (Group)
- Trace (Map)
- Trace (Matrix)
- Trace (Tensor)
- Tractory
- Tractrix
- Tractrix Evolute
- Tractrix Radial Curve
- Tractroid
- Transcendental Curve
- Transcendental Equation
- Transcendental Function
- Transcendental Number
- Transcritical Bifurcation
- Transfer Function
- Convergent Sequence