ALL the factors for 1,498,677,308,996? It's taking me too long....o.o Thank ye for the help! xD
I thank:
Ms. Sue for answering my Economics question, you rock!
Someone please answer this!
Lots of love from Pancake <3
It doesn't have to be ALL, just the really big ones. :D Thanks again!
-Pancake
The number has obvious factor of 2² (...96 is divisible by 4)
and if you try hard enough, you will also find 7² as factors.
As for the remaining 10 digit number of
7646312801
well, there are two large factors each of 5 and 6 digits.
Thanks soooo much!!!! xD
To find all the factors of a number, you can use a systematic approach:
1. Start by finding the smallest factor, which is 1.
2. Divide the number by this factor, and check if it evenly divides the number. If it does, then it is a factor. If not, move on to the next possible factor.
3. The next possible factor to check is 2. Repeat step 2.
4. Continue this process, incrementing the factor by 1 each time, until you reach the square root of the number. This is because if you have checked all the factors up to the square root without finding any others, you can be sure that there aren't any additional factors greater than the square root.
In the case of the number 1,498,677,308,996, it might indeed take a long time to find all the factors manually. However, you can use a programming language or a factorization calculator to expedite the process.
Using a factorization calculator or a programming language such as Python, you can input the number and obtain its factors quickly. Here's an example code snippet in Python to find all the factors of this number:
```python
import math
number = 1498677308996
factors = []
for i in range(1, int(math.sqrt(number)) + 1):
if number % i == 0:
factors.append(i)
factors.append(number // i)
# Sort the factors in ascending order
factors.sort()
print(factors)
```
By running this code, you will obtain a list of all the factors of the number 1,498,677,308,996.