P(receiving offer from university A) = 0.6
P(receiving offer from university B) = 0.5
P(receiving offer from university A | receives offer from university B) = 0.8
a) P(receiving offer from university A | receives offer from university B) ="\\frac{P(receiving \\; offer \\; from \\; university \\; A \\; and \\; receiving \\; offer \\; from \\; university \\; B)}{P(receiving \\; offer \\; from \\; university \\; B)}"
"0.8 = \\frac{P(receiving \\; offer \\; from \\; university \\; A \\; and \\; receiving \\; offer \\; from \\; university \\; B)}{0.5}"
P(receiving offer from university A and receiving offer from university B) = 0.4
b) P(offer from at least one) = P(receiving offer from university A) + P(receiving offer from university B) - P(receiving offer from university A and receiving offer from university B)
P(offer from at least one) = 0.6 + 0.5 - 0.4
P(offer from at least one) = 0.7
c) P(receiving offer from university B and not receiving offer from university A) = P(receiving offer from university B) - P(receiving offer from university A and receiving offer from university B)
P(receiving offer from university B and not receiving offer from university A) = 0.5 - 0.4
P(receiving offer from university B and not receiving offer from university A) = 0.1
P(receiving offer from university B | not receiving offer from university A) ="\\frac{P(receiving \\; offer \\; from \\; university \\; B \\; and \\; not \\; receiving \\; offer \\; from \\; university \\; A)}{P(not \\; receiving \\; offer \\; from \\; university \\; A)}"
P(receiving offer from university B | not receiving offer from university A) "= \\frac{0.1}{1 - 0.6}"
P(receiving offer from university B | not receiving offer from university A) = 0.25
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