1
$\begingroup$

I am using bSolve which is worked out at this link

Using a simple, single condition, example I get the same result with either bSolve or a decision tree

Then, using this input with two conditions

bSolve[p[SmBldg] == 0.12 && p[Def, SmBldg] == 2/3 && 
p[Def, ! SmBldg] == 1 - 40/(180 + 40), p[Def, SmBldg]][[1]]
[[1]]

The answer I get is (* p[Def, SmBldg] -> 0.666667 *)

BUT, this is an intermediate result. See below. Double checking with a decision tree I get the answer you see below. The context is Tenants (T) in either a small (SmBldg) or large (LgBldg) apartment building and whether they perform their lease (Perf) or default (Def). Decision Tree

$\endgroup$

0

Your Answer

By clicking “Post Your Answer”, you agree to our terms of service and acknowledge you have read our privacy policy.

Browse other questions tagged or ask your own question.