1000 and 24 if you add them.
1025 and 1 if you subtract them.
2048 and 2 if you divide them.
64 and 16 if you multiply them.
1024
512*2=1024
100 + 2 51 x 2 104 - 2 204 ÷ 2
Multiples of 1024.
How about: 2*512 = 1024
In this case, two numbers are possible. The numbers which satisfy the above criteria are 32 and -32.
2x2x2x2x2x2x2x2x2x2=1024 3x5x5x17=1275
252 + 4 260 - 4 64 x 4 1024 ÷ 4
You need at least two numbers to find an LCM. If that's 10 and 24, the LCM is 120.
Any of its factors
The power operation, for example: x = 210 (answer: x = 1024) has two inverse operations, depending which of the two numbers you have to solve for. To solve for the base if you know the exponent is called calculating the root. For example: x10 = 1024 This is asking for the tenth root of 1024. The other inverse is if the exponent is unknown, for example: 2x = 1024 Solving this problem is called calculating the logarithm.
Neither of them are prime. 45 is divisible by 5 and 9. 1024 is divisible by 2 and 512.