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![A: uniformly distributed on [x,1]
B: uniformly distributed on [y,1]
C: uniformly distributed on [0,1]
D: uniformly distributed on [0,1]
What is the probability that A+C > B+D?](https://image.slidesharecdn.com/a-uniformlydistributedon-x-1-b-uniformlydistributedon-y-1-c-230313040506-69250c27/75/A-uniformly-distributed-on-x-1-B-uniformly-distributed-on-y-1-C-pdf-1-2048.jpg)
The document discusses random variables a, b, c, and d, which are uniformly distributed over specific intervals. It poses a question about determining the probability that the sum of a and c is greater than the sum of b and d. This involves analyzing the relationships and distributions of these variables.
![A: uniformly distributed on [x,1]
B: uniformly distributed on [y,1]
C: uniformly distributed on [0,1]
D: uniformly distributed on [0,1]
What is the probability that A+C > B+D?](https://image.slidesharecdn.com/a-uniformlydistributedon-x-1-b-uniformlydistributedon-y-1-c-230313040506-69250c27/75/A-uniformly-distributed-on-x-1-B-uniformly-distributed-on-y-1-C-pdf-1-2048.jpg)