Spreadsheet checks before running Closing Cost in North Dakota

What the checker catches

Run this scenario in DocketMath using the Closing Cost calculator.

Running a “Closing Cost” calculation in North Dakota with DocketMath is faster when your spreadsheet is already clean. The Spreadsheet checker for the Closing Cost calculator (/tools/closing-cost, jurisdiction US-ND) is designed to catch spreadsheet issues that can quietly distort totals—especially when your sheet includes multiple fee lines, percent-based items, and lender/escrow-related inputs.

Here are the most common problem types the checker targets before you trust the Closing Cost total:

• Missing required inputs

  • Example: Your purchase price is present, but loan amount or interest rate is blank.
  • Likely result: A component may be omitted or the calculator may fall back to default logic, which can make totals look “almost right” while still being wrong.

• **Mismatched units (percent vs. decimal)

  • Example: Tax rate entered as 2.4 when your sheet expects 0.024.
  • Likely result: A tax/fee line can swing dramatically, inflating (or deflating) totals far beyond what you’d expect from a small data entry error.

• **Sign errors (credits vs. charges)

  • Example: A lender credit stored as a positive number in a column that expects credits to be negative.
  • Likely result: “Total due from borrower” can appear higher than it should—because the calculator is adding a credit instead of subtracting it.

• Rounding inconsistencies

  • Example: One line rounds to 2 decimals, another rounds to whole dollars, and a third keeps cents.
  • Likely result: Cross-footing checks fail—your line items may not add up cleanly to your totals, making reconciliation harder.

• Duplicate fee rows

  • Example: “Title—Exam” appears twice due to copy/paste across tabs or scenarios.
  • Likely result: Closing costs are overstated even if each individual row looks reasonable.

• Cell references pointing to the wrong worksheet

  • Example: A variable (like an appraisal fee) points to Sheet2!B12, while the scenario data you intend is on Sheet1!B12.
  • Likely result: You think you’re running Scenario A, but the calculator is actually pulling values from Scenario B.

• Text formatted as numbers

  • Example: $850 includes a dollar sign (stored as text), or 0.75% is stored as text instead of a numeric value.
  • Likely result: Spreadsheet math treats those values as zero or skips them depending on the formula setup—producing totals that look plausible but don’t respond correctly to changes.

• Unsupported combinations for North Dakota Closing Cost logic

  • Example: Some fee categories require jurisdiction-aware assumptions. If your sheet mixes fields intended for a different workflow (such as placeholder escrow lines), the checker will flag it.
  • Likely result: The calculator may not apply the correct ND-specific assumptions for the inputs you’ve provided.

Pitfall to avoid: A spreadsheet can look correct visually while still failing reconciliation—especially when percent rates are entered inconsistently or when one column contains text-formatted numbers. The checker is meant to catch these “silent failures” before you rely on the final closing cost total.

When to run it

Treat the checker like a preflight step. It’s much easier to fix spreadsheet inputs than to debug why a final total seems off after the fact.

Run the checker:

1. Before the first Closing Cost run for a new scenario

   • New purchase price, new loan amount, new rate, new property tax estimate—run the checker first.

2. After you paste or import fee line items

   • Copy/paste is where duplicates, sign flips, text-to-number issues, and reference drift most often happen.

3. Whenever you change any rate-based inputs

   • Percent-based inputs (including tax rates and any percent-based fee assumptions) are among the most common drivers of “why did the total move so much?”

4. Before exporting or sharing results

   • If you’re sending a worksheet to a team or client, run the checker first to reduce the risk of internal inconsistencies.

5. After you update your template

   • If you rename variables, add columns, or change fee-row structure, re-check at least once with a known-good dataset.

What outputs change when the checker finds an issue

When you run the checker, it typically affects your DocketMath Closing Cost run in one of these ways:

• Stops the run (inputs missing or clearly incompatible)

  • You fix the missing/invalid field(s) first, then rerun.

• Adjusts calculations by correcting data interpretation

  • For instance, percent-vs-decimal conversion or sign normalization.

• Flags inconsistencies

  • The calculation might still proceed, but the checker highlights the lines most likely responsible for discrepancies—so you can correct inputs efficiently.

Rule of thumb:

• If the checker reports unit or sign problems, expect the grand total to change materially after you fix them.
• If it reports reference or duplication issues, totals may shift even when the visible entries “look fine,” because the calculator is pulling or counting something unexpected.

Gentle note: This is not legal advice and doesn’t replace professional guidance. It’s a spreadsheet quality step to help ensure your inputs behave as intended.

Try the checker

Use a short “sanity pass” in DocketMath to get a clean run where line items reconcile to totals.

Upload the spreadsheet, review the warnings, and then run the calculation once the inputs are clean: Try the checker.

Quick pre-check workflow (spreadsheet side)

Before you even open DocketMath, verify:

Run it in DocketMath

1. Open the Closing Cost calculator in DocketMath: **/tools/closing-cost
2. Set jurisdiction context to **North Dakota (US-ND)
3. Paste/upload your spreadsheet inputs (or map columns, depending on your workflow)
4. Select the spreadsheet checker step
5. Review any flagged items, fix them, then rerun the Closing Cost calculation

Fastest iteration pattern

• Run 1: Use your spreadsheet as-is (baseline)
• Run 2: Fix only what the checker flags, then rerun
• Run 3 (optional): Change one variable (like purchase price) and rerun to confirm the spreadsheet/template is behaving consistently

A small “before vs. after” example (conceptual)

Related reading

• Average closing costs in Alabama — Rule summary with authoritative citations
• Average closing costs in Alaska — Rule summary with authoritative citations
• Average closing costs in Arizona — Rule summary with authoritative citations