Answer:
The probability that a shopper buys shoes and a book is 0.015
Explanation:
we are given
The probability that a shopper buys shoes is 0.15
so, we have

The probability that a shopper buys a book is 0.10
so, we have

the probability that a shopper buys shoes and a book can be written as
p(s∩b)
we are given that
s and b are independent
so,
p(s∩b)

now, we can plug values
p(s∩b)

p(s∩b)
