Question

A restaurant has an electronic system that randomly selects customers when they pay for their meal to receive a coupon for their next visit. Each customer has a 10 % 10%10, percent probability of being selected to receive a coupon, and one customer being selected or not doesn't affect whether or not another customer will be selected. Suppose that 2 22 customers pay for their meals, one after the other.

Answer 1

A 0.81 is 81% likelihood that neither consumer will be chosen to get a coupon is discovered using the binomial distribution.

What is binomial probability?

Each buyer can either receive the coupon or they don't; there are only two conceivable outcomes. The binomial distribution is employed to answer this question since every customer has an equal chance of receiving the coupon.

Explanation:

These are the conditions:

The success rate is expressed as x.

N trials will be conducted.

The likelihood that a trial will be successful is expressed as p.

10% chance of receiving a coupon is there in this issue for each consumer.

the selection of 2 customers

Both not receiving a voucher has a P(X = 0) chance, so:

If neither consumer is chosen to receive a coupon, the likelihood is 0.81, or 81%.

To learn more about Binomial distribution refer to:

brainly.com/question/9325204

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