The university theater uses a combination of one letter (A - Z) and two digits (0 - 9) to identify their reserved seats. How many reserved seats are possible using a combination of one letter followed by two digits?

1.) 2600

2.) 234

3.) 260

4.) 2106

Question

Mathematics

Rolando Potter

20 May, 00:31

The university theater uses a combination of one letter (A - Z) and two digits (0 - 9) to identify their reserved seats. How many reserved seats are possible using a combination of one letter followed by two digits?

1.) 2600

2.) 234

3.) 260

4.) 2106

+1

Answers (1)

Know the Answer?

Larissa Hodge · Answer 1

Correct option: 1) 2600

Step-by-step explanation:

The letter has a total of 26 possible values (from 'a' to 'z'), and each digit has a total of 10 possible values (from 0 to 9).

So, to find the number of reserved seats possible, we just need to multiply the number of possible values of each letter and digit.

We have one letter and two digits, so we have:

26 * 10 * 10 = 2600 possible reserved seats

Correct option: 1)

The university theater uses a combination of one letter (A - Z) and two digits (0 - 9) to identify their reserved seats. How many reserved seats are possible using a combination of one letter followed by two digits?1.) 26002.) 2343.) 2604.) 2106

The university theater uses a combination of one letter (A - Z) and two digits (0 - 9) to identify their reserved seats. How many reserved seats are possible using a combination of one letter followed by two digits?

1.) 2600

2.) 234

3.) 260

4.) 2106