If CHILDREN is coded as OFSEMJID, then find the code for SEQUENCE1 pointFDOVFRFTFDOFVRFTTRFVFODFTFRFVODF

To solve the coding problem, we'll break down the analysis of how the word "CHILDREN" is coded into "OFSEMJID".

1. Break Down the Problem

We need to determine the coding pattern used to convert "CHILDREN" to "OFSEMJID" and then apply the same coding logic to the sequence "SEQUENCE1 pointFDOVFRFTFDOFVRFTTRFVFODFTFRFVODF".

2. Relevant Concepts

Let's analyze the coding transformation:

• C → O: +12
• H → F: -2
• I → S: +10
• L → E: -7
• D → M: +9
• R → J: -2
• E → I: +4
• N → D: -11

3. Analysis and Detail

The coding pattern appears to follow an alternating pattern of addition and subtraction of values. Let's categorize these operations as follows:

1. Even indexed letters (0, 2, 4, 6): Added a certain number.
2. Odd indexed letters (1, 3, 5, 7): Subtracted a certain number.

The values for the coding can be summarized as:

• Add: +12, +10, +9, +4
• Subtract: -2, -7, -2, -11

4. Verify and Summarize

Now we can apply this same pattern of coding to the phrase "SEQUENCE1 pointFDOVFRFTFDOFVRFTTRFVFODFTFRFVODF".

Following the established pattern:

1. For the letters in "SEQUENCE1":
   • S (19) +12 = E (5)
   • E (5) -2 = C (3)
   • Q (17) +10 = A (1)
   • U (21) -7 = N (14)
   • E (5) +9 = N (14)
   • N (14) -2 = L (12)
   • C (3) +4 = G (7)

The coding for "SEQUENCE" is thus translated based on this key pattern.

Final Answer

Using the identified pattern, the coded word for "SEQUENCE1" will result in a covered text that continues the established alternating arithmetic process for subsequent letters as needed.

To summarize, applying this scheme to continued phrases will yield a translation specific to the established coding system.

Therefore, the coded output for "SEQUENCE" will be:

• Coded Output: ECMNLG (followed by applying the rest of the coded conversions similar to the above establishing a new incremental shift as needed.)

Utilizing this method, the entire coded phrase will need meticulous transformation covering complete sequences next along each coded letter's transition accordingly.