Complete the Sequence: Finding the Pattern from 200,000 to 201,001

To solve this problem, follow these steps:

• Step 1: Identify the pattern in the given sequence. The sequence starts at 200,000 and then 201,001. To find the pattern, we look at the difference between these two terms.
• Step 2: Calculate the difference between 201,001 and 200,000. The difference is $201,001 - 200,000 = 1,001$.
• Step 3: Confirm if the pattern continues with a constant difference by checking the next term. Since we're identifying a regular sequence, it's logical here to see if it proceeds similarly.
• Step 4: Use the identified difference of 1,001 to find the next term after 201,001 by adding the common difference. However, this shows a misunderstanding based on re-check of problem type; normally each number would progress similarly, confirm simple mistake not made leading correct sequence suggestion.
• Step 5: Recognize correcting issue in noticing empirical shown sequence need consistency: adding by 1 instead smaller regular addition than expected from less standard input. After reevaluating initial understanding: progression finds next few regular consecutive integers since no harder deviation.

As a result, the sequence is completed as follows:

• Next term after 201,001 is: $200,002$
• Following term: $200,003$
• Subsequent term: $200,004$

Therefore, the completed sequence is $200,002,\ 200,003, \ 200,004$.