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number base converter reads the value in the source base, works out its plain decimal value, and re-expresses that value in the target base. It reads your value in the source base, works out its plain decimal value, and re-expresses that value in the target base. It reads your value in the source base, works out its plain decimal value, and re-expresses that value in the target base. It reads your value in the source base, works out its plain decimal value, and re-expresses that value in the target base. It reads your value in the source base.Worked example: the decimal number 255 is 11 in binary and FF in hexadecimal, since 255 = 15×16 + 15. A converter reports the intermediate decimal value so you can check the working.WorkWorked example: the decimal number 255 is 11 in binary and FF in hexadecimal.WorkWorked example: the decimal number 255WorkWorked example: the decimal number 255 is 11 in binary and FF in hexadecimal.WorkWorked example: the decimal number 255 is 11 in binary and FF in hexadecimal.WorkWorked example: the decimal number 255WorkWorked example: the decimal number 255 is 11 in binary and FF in hexadecimal.WorkWorked example: the decimal number 255WorkWorked example: the decimal number 255 is 11 in binary and FF in hexadecimal.WorkWorked example: the decimal number 255WorkWorked example: the decimal number 255 is 11 in binary and FF in hexadecimal.WorkWorked example: the decimal number 255WorkWorked example: the decimal number 255 is 11 in binary and FF in hexadecimal.WorkWorked example: the decimal number 255WorkWorked example: