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What are the three digit palindromes that you can make only using the digits 1 and 2?
111, 121, 222, 212
How many different three-digit palindromes can you make using only the digits 1 and 2?
111, 121, 212, 222
How many different three digit palindromes can you make using only the digits 1and 2?
There are two possible digits for the first and last digit, and two possible digits for the centre digit, making 2 × 2 = 4 possible 3 digit palindromes from the set {1, 2}, namely the set {111, 121, 212, 222}.
How many different three-digit palindromes can you make using only the digits 1 2 and 3?
111, 121, 131, 222, 212, 232, 333, 313, 323
Can 100 different digits make 10010010000 different three digits palindromes why?
No, 100 different digits cannot make 10,010,010,000 different three-digit palindromes. A three-digit palindrome has the form "ABA," where A is the first and last digit, and B is the middle digit. Since A can be any digit from 1 to 9 (for the first digit) and B can be any digit from 0 to 9, there are only 9 options for A and 10 options for B, resulting in a total of 90 unique three-digit palindromes (9 x 10 = 90).
What are the three digit palindromes that you can make only using the digits 1 and 2?
111, 121, 222, 212
How many different three-digit palindromes can you make using only the digits 1 and 2?
111, 121, 212, 222
How many different three digit palindromes can you make using only the digits 1and 2?
There are two possible digits for the first and last digit, and two possible digits for the centre digit, making 2 × 2 = 4 possible 3 digit palindromes from the set {1, 2}, namely the set {111, 121, 212, 222}.
How many different three-digit palindromes can you make using only the digits 1 2 and 3?
111, 121, 131, 222, 212, 232, 333, 313, 323
Can 100 different digits make 10010010000 different three digits palindromes why?
No, 100 different digits cannot make 10,010,010,000 different three-digit palindromes. A three-digit palindrome has the form "ABA," where A is the first and last digit, and B is the middle digit. Since A can be any digit from 1 to 9 (for the first digit) and B can be any digit from 0 to 9, there are only 9 options for A and 10 options for B, resulting in a total of 90 unique three-digit palindromes (9 x 10 = 90).
How many combinations can you make using 30 digits and what are they?
Yuo can make only one combination of 30 digits using 30 digits.
What is the maximum number of different three-letter palindromes that you can make using any letters of the alphabet that you like?
676 of them.
Can 100 different digits make 100 multiplied by 100 equal 10000 different three digits palindromes?
Yes. But that is true only if the 100 digits do not include 0. Or, if 0 is included, then you consider "0n0" to be a three digit number. Most people would consider is to be a 2-digit number.
What is the maximum number of different three digit palindromes you can make using any digit?
There are 10 digits, but for a three digit number the first number cannot be a 0. Thus: there is a choice of 9 digits for the first (and last digit which must be the same), with 10 choices of digit for the second (middle) digit, making 9 × 10 = 90 such palindromic numbers.
Do words in palindromes have to make sense?
Yes.
What is the biggest number you can make using the digits 135?
531
What is the biggest number you can make using the digits 8364?
8643
