State

Problem

$p{r}_s={\displaystyle \prod _{d=1}^{7}p{r}_{df}}$

=1

p₁₁

$P{r}_{1,}{}_{2}P{r}_{2,5}P{r}_{3,1}P{r}_{4,4}P{r}_{5,5}P{r}_{6,4}P{r}_{7,4}=0.08$

=2

p₁₂

$P{r}_{1,}{}_{2}P{r}_{2,5}P{r}_{3,1}P{r}_{4,4}P{r}_{5,5}P{r}_{6,,4}P{r}_{7,5}=0.32$

=3

p₁₃

$P{r}_{1,}{}_{2}P{r}_{2,5}P{r}_{3,1}P{r}_{4,4}P{r}_{5,5}P{r}_{6,5}P{r}_{7,4}=0.12$

=4

p₁₄

$P{r}_{1,}{}_{2}P{r}_{2,5}P{r}_{3,1}P{r}_{4,4}P{r}_{5,5}P{r}_{6,5}P{r}_{7,5}=0.48$