4.26 PINS. The personal identification numbers (PINS) for automatic teller machines usually consist of four digits. You notice that most of your PINS have at least one 0, and you wonder if the issuers...


4.26 PINS. The personal identification numbers (PINS)<br>for automatic teller machines usually consist of four<br>digits. You notice that most of your PINS have at least<br>one 0, and you wonder if the issuers use lots of 0s to<br>make the numbers easy to remember. Suppose that PINS<br>are assigned at random, so that all four-digit numbers are<br>equally likely.<br>(a) How many possible PINS are there?<br>(b) What is the probability that a PIN assigned at<br>random has at least one 0?<br>

Extracted text: 4.26 PINS. The personal identification numbers (PINS) for automatic teller machines usually consist of four digits. You notice that most of your PINS have at least one 0, and you wonder if the issuers use lots of 0s to make the numbers easy to remember. Suppose that PINS are assigned at random, so that all four-digit numbers are equally likely. (a) How many possible PINS are there? (b) What is the probability that a PIN assigned at random has at least one 0?

Jun 02, 2022
SOLUTION.PDF

Get Answer To This Question

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here