50
Yes, 257 is an integer. An integer is any number that does not have a fractional or decimal part. 257 fits this definition as it is a whole number without any digits after the decimal point.
Must end in 5 and be less than 2500, so only 1735 fits.
The number you are looking for has the form ABCDEF, where A, B, C, D, E, and F represent the digits in the number. The condition given can be expressed as A + F = B + E. To find the number greater than one million that satisfies this condition, we can start by examining the possibilities for the digits. One possible number that fits this criterion is 1,234,567.
The two digit numbers in which the tens digit is five greater than the units digit are:5061728394The number we are looking for is ten times the sum of its digits, and so must be a multiple of 10. The only one of the above numbers which fits this is 50, as 5 is five greater than 0, and 50 = 10 x (5+0).
No integer fits those conditions.
50
The only number which fits all those three criteria is 22.
The largest whole number that fits into both 50 and 60 is 50.If you're looking for the largest whole number that's a factor of both of them,that would be 10 .
/* gcc -ansi -Wall -Wextra -pedantic -s -static 0.c -o 0 */ #include <stdio.h> int main ( ) { int n , factorial = 1 ; printf ( "enter the value of n\n") ; scanf ( "%i" , & n ) ; while ( n != 0 ) { factorial *= n ; n -- ; } printf ( "The factorial of n is\n%i\n" , factorial ) ; return 0; }
Yes, 257 is an integer. An integer is any number that does not have a fractional or decimal part. 257 fits this definition as it is a whole number without any digits after the decimal point.
Must end in 5 and be less than 2500, so only 1735 fits.
The number that is greater than 12 but less than 40 and has exactly 3 digits is 13. This number fits the criteria because it is greater than 12 and less than 40, and it has three digits (1, 3, and 0). It is the smallest 3-digit number that meets the specified conditions.
If you continue adding one more, the next number is F10. (F means 15, and that is the largest number that fits into a single digit.)
To find the largest 2-digit number that is a factor of 3375, we need to factorize 3375 into its prime factors. 3375 can be expressed as 3^3 * 5^3. To find the largest 2-digit number that is a factor, we need to consider the factors that are multiples of both 3 and 5. The largest 2-digit number that fits this criteria is 75, which is 3 * 5^2.
The number you are looking for has the form ABCDEF, where A, B, C, D, E, and F represent the digits in the number. The condition given can be expressed as A + F = B + E. To find the number greater than one million that satisfies this condition, we can start by examining the possibilities for the digits. One possible number that fits this criterion is 1,234,567.
It's certainly possible. The example you gave indicates a mobile (cell) phone number. The country code (44) is correct for the UK, and the number of digits fits the UK system... the leading 0 is (quite rightly) omitted after the 44 when calling from overseas.