To solve this expression, we first need to calculate the result.
(AD10^16 + 12^3) 2^4= (10^16 + 12^3) 2^4 (converting AD10 to decimal)= (10000000000000000 + 1728) 16 (calculating the powers)= 10000000000001728 16 (adding the numbers)= 160000000000274048 (multiplying by 16)
Now, we have the result in decimal: 160000000000274048
Converting this result to different number systems:
Binary: 111001011000101110100000001010110001110000000Octal: 71605610005276300Decimal: 160000000000274048Hexadecimal: 248B507503C1B0
So the result in binary is 111001011000101110100000001010110001110000000, in octal is 71605610005276300, in decimal is 160000000000274048, and in hexadecimal is 248B507503C1B0.
To solve this expression, we first need to calculate the result.
(AD10^16 + 12^3) 2^4
= (10^16 + 12^3) 2^4 (converting AD10 to decimal)
= (10000000000000000 + 1728) 16 (calculating the powers)
= 10000000000001728 16 (adding the numbers)
= 160000000000274048 (multiplying by 16)
Now, we have the result in decimal: 160000000000274048
Converting this result to different number systems:
Binary: 111001011000101110100000001010110001110000000
Octal: 71605610005276300
Decimal: 160000000000274048
Hexadecimal: 248B507503C1B0
So the result in binary is 111001011000101110100000001010110001110000000, in octal is 71605610005276300, in decimal is 160000000000274048, and in hexadecimal is 248B507503C1B0.