Let's divide 43841833 by 217
The aim is to understand the frequency of 217 in 43841833.

Step 1:
4 divided by 217 is 0 with a remainder of 4.
Use 0 as the next digit of our solution. 
Result so far: 0.0
Subtract 0 from 4 to get 4.
Take the next digit (3) from the dividend and append it to 4, then repeat: 43 / 217

Step 2:
217 can be fit into 43 0 times, resulting in a remainder of 43.
Put 0 as the next digit of the answer. 
Result so far: 0.0
The remainder is 43 after subtracting 0 from 43.
Include the next digit (8) from the dividend after 43, then repeat: 438 / 217

Advancing to step 3:
The number 217 fits into 438 2 times, leaving a remainder of 4.
Record the quotient 2 as the next digit in the result. 
Result so far: 2.0
The remainder is 4 after subtracting 434 from 438.
Fetch the next digit (4) from the dividend, attach it to 4 and continue: 44 / 217

Let's proceed to step 4:
If we divide 44 by 217, we get 0 and a remainder of 44.
Record the quotient 0 as the next digit in the result. 
Result so far: 20.0
The remainder is 44 after subtracting 0 from 44.
Grab the next digit (1) from the dividend, add it to 44, then carry on: 441 / 217

Going ahead to step 5:
The number 217 fits into 441 2 times, leaving a remainder of 7.
Use 2 as the next digit of our solution. 
Result so far: 202.0
If we take 434 away from 441, we end up with 7.
Take the next digit (8) from the dividend and append it to 7, then repeat: 78 / 217

Going ahead to step 6:
When dividing 78 by 217, we get 0 with a remainder of 78.
The number 0 becomes the next digit in our result. 
Result so far: 2020.0
Subtracting 0 from 78 leaves us with 78.
Take the next digit (3) from the dividend and append it to 78, then repeat: 783 / 217

Moving on to step 7:
217 can be fit into 783 3 times, resulting in a remainder of 132.
The next digit of our result is 3. 
Result so far: 20203.0
The remainder is 132 after subtracting 651 from 783.
Bring next digit (3) of the dividend behind the 132 and repeat the process: 1323 / 217

Let's proceed to step 8:
The number 217 fits into 1323 6 times, leaving a remainder of 21.
Put 6 as the next digit of the answer. 
Result so far: 202036.0
Deduct 1302 from 1323 and we're left with 21.
Since there are no more digits in the dividend, we add a zero to the remainder making it 210, and continue the process.

Moving on to step 9:
217 goes into 210 0 times with a remainder of 210.
Record the quotient 0 as the next digit in the result. 
Result so far: 202036.0
Subtracting 0 from 210 leaves us with 210.
Since there are no more digits in the dividend, we add a zero to the remainder making it 2100, and continue the process.

Step 10:
When dividing 2100 by 217, we get 9 with a remainder of 147.
Write down 9 as next digit of the result. 
Result so far: 202036.09
Subtracting 1953 from 2100 leaves us with 147.
Since there are no more digits in the dividend, we add a zero to the remainder making it 1470, and continue the process.

Going ahead to step 11:
1470 divided by 217 is 6 with a remainder of 168.
Put 6 as the next digit of the answer. 
Result so far: 202036.096
Subtract 1302 from 1470 to get 168.
Since there are no more digits in the dividend, we add a zero to the remainder making it 1680, and continue the process.

Going ahead to step 12:
When dividing 1680 by 217, we get 7 with a remainder of 161.
Record the quotient 7 as the next digit in the result. 
Result so far: 202036.0967
The remainder is 161 after subtracting 1519 from 1680.
Since there are no more digits in the dividend, we add a zero to the remainder making it 1610, and continue the process.

On to step 13:
217 can be fit into 1610 7 times, resulting in a remainder of 91.
Record the quotient 7 as the next digit in the result. 
Result so far: 202036.09677
Subtracting 1519 from 1610 leaves us with 91.
Since there are no more digits in the dividend, we add a zero to the remainder making it 910, and continue the process.

The final outcome is 202036.09677, with a leftover of 9.1e-05.