Debt Snowball Calculator Spreadsheet

Debt Snowball Calculator Spreadsheet – Calculate Your Debt Payoff Strategy :root { –primary-color: #004a99; –success-color: #28a745; –background-color: #f8f9fa; –text-color: #333; –border-color: #ddd; –card-background: #fff; –shadow: 0 2px 5px rgba(0,0,0,0.1); } body { font-family: 'Segoe UI', Tahoma, Geneva, Verdana, sans-serif; background-color: var(–background-color); color: var(–text-color); line-height: 1.6; margin: 0; padding: 0; display: flex; flex-direction: column; align-items: center; padding-top: 20px; padding-bottom: 40px; } .container { width: 100%; max-width: 960px; background-color: var(–card-background); padding: 30px; border-radius: 8px; box-shadow: var(–shadow); margin: 0 auto; display: flex; flex-direction: column; align-items: center; } h1, h2, h3 { color: var(–primary-color); text-align: center; margin-bottom: 20px; } h1 { font-size: 2.5em; margin-bottom: 10px; } h2 { font-size: 1.8em; margin-top: 30px; margin-bottom: 15px; } h3 { font-size: 1.4em; margin-top: 25px; 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Debt Snowball Calculator Spreadsheet

Organize and accelerate your debt payoff journey with the debt snowball method.

Enter Your Debts

Enter the total amount owed for this debt.
Enter the minimum monthly payment required.
Enter the total amount owed for this debt.
Enter the minimum monthly payment required.
Enter the total amount owed for this debt.
Enter the minimum monthly payment required.
Any extra amount you can pay each month beyond minimums.

Your Debt Snowball Results

Estimated Payoff Time Months
Total Debt Paid:
Total Interest Paid:
Total Payments Made:
How it works: The debt snowball method prioritizes paying off debts with the smallest balances first, while making minimum payments on all other debts. Once a debt is paid off, its minimum payment is added to the payment of the next smallest debt, creating a "snowball" effect that accelerates payoff over time. This calculator simulates this process, assuming no interest accrual for simplicity in demonstrating the snowball effect itself.

Debt Payoff Schedule

Debt Name Initial Balance Minimum Payment Interest Paid Payoff Month

Debt Payoff Visualization

Total Debt Balance Total Payments Made

What is a Debt Snowball Calculator Spreadsheet?

A debt snowball calculator spreadsheet is a powerful tool designed to help individuals visualize and strategize their debt repayment using the debt snowball method. Unlike a simple list of debts, this calculator simulates the step-by-step process of paying down multiple debts by focusing on the smallest balances first. It helps users understand how much faster they can become debt-free by applying extra payments strategically, creating a motivational "snowball" effect as each debt is conquered.

Who Should Use a Debt Snowball Calculator Spreadsheet?

Anyone struggling with multiple debts, such as credit cards, personal loans, medical bills, or even smaller loans, can benefit immensely from a debt snowball calculator spreadsheet. It's particularly useful for individuals who:

  • Feel overwhelmed by the total amount of debt.
  • Need a clear, actionable plan to tackle their debts.
  • Are motivated by quick wins and seeing progress.
  • Want to understand the potential timeline for becoming debt-free.
  • Are looking for a structured way to manage their finances and budget effectively.

Common Misconceptions About the Debt Snowball Method

One common misconception is that the debt snowball method is always the most financially optimal way to pay off debt. While it excels at providing psychological wins, mathematically, the debt avalanche method (prioritizing highest interest rates) often saves more money on interest over time. However, for many, the motivation gained from the snowball method is crucial for sticking to a repayment plan, making it the more effective choice in practice. Another misconception is that it requires complex financial knowledge; a good debt snowball calculator spreadsheet simplifies the process significantly.

Debt Snowball Calculator Spreadsheet Formula and Mathematical Explanation

The core principle of the debt snowball method, as simulated by a debt snowball calculator spreadsheet, is straightforward: pay minimums on all debts except the one with the smallest balance, to which you apply all available extra funds. Once that debt is paid off, you take its minimum payment plus the extra funds and apply it to the next smallest debt, and so on.

Step-by-Step Simulation Logic:

  1. Sort Debts: All debts are ordered by their current balance, from smallest to largest.
  2. Calculate Total Minimum Payments: Sum the minimum required payments for all debts.
  3. Determine Total Available Payment: This is the sum of all minimum payments plus any additional monthly payment the user can afford.
  4. Simulate Month by Month:
    • For the smallest debt, apply the Total Available Payment.
    • For all other debts, apply only their respective Minimum Payment.
    • Track the balance reduction for each debt.
    • If a debt's balance becomes zero or less, it's considered paid off.
    • When a debt is paid off, its minimum payment is added to the payment applied to the next smallest debt in the following month.
    • Continue this process until all debts are paid off.

Variables Used:

Variable Meaning Unit Typical Range
Debt Balance (B) The outstanding amount owed for a specific debt. Currency (e.g., $) 0 to ∞
Minimum Monthly Payment (M) The smallest amount required to be paid each month to keep the debt current. Currency (e.g., $) 0 to ∞
Additional Monthly Payment (A) Extra funds allocated specifically for debt repayment beyond minimums. Currency (e.g., $) 0 to ∞
Total Monthly Payment (T) Sum of all minimum payments plus the additional payment (T = ΣM + A). Currency (e.g., $) 0 to ∞
Payoff Time (P) The total number of months required to pay off all debts. Months Calculated
Total Interest Paid (I) The sum of all interest accrued and paid across all debts during the payoff period. (Note: This simplified calculator focuses on time and principal, often omitting interest for clarity of the snowball effect itself. A more complex calculator would include interest rates.) Currency (e.g., $) Calculated

Note: This calculator simplifies the process by focusing on principal reduction and time, often omitting interest calculations to clearly demonstrate the snowball effect's mechanics. For a precise financial outcome including interest savings, ensure your chosen calculator incorporates interest rates accurately.

Practical Examples (Real-World Use Cases)

Example 1: The Overwhelmed Grad

Sarah has just graduated and is facing several debts:

  • Credit Card: Balance $1,500, Minimum Payment $50
  • Personal Loan: Balance $5,000, Minimum Payment $100
  • Student Loan: Balance $10,000, Minimum Payment $150

Sarah can afford an extra $200 per month. Her total minimum payments are $50 + $100 + $150 = $300. With the additional $200, her total monthly payment is $500.

Using the Debt Snowball Calculator Spreadsheet:

  • The calculator identifies the Credit Card ($1,500) as the smallest debt.
  • Sarah pays $50 (min) + $100 (min) + $150 (min) + $200 (extra) = $500 towards the Credit Card.
  • The Credit Card is paid off in 3 months ($1500 / $500).
  • Now, Sarah adds the Credit Card's $50 minimum payment to her next debt's payment. Her new payment for the Personal Loan ($5,000) becomes $100 (min) + $50 (from CC) + $200 (extra) = $350.
  • The Personal Loan is paid off in approximately 14 months ($5000 / $350).
  • Finally, her payment towards the Student Loan ($10,000) becomes $150 (min) + $100 (from PL) + $50 (from CC) + $200 (extra) = $500.
  • The Student Loan is paid off in approximately 20 months ($10000 / $500).

Result: Sarah becomes debt-free in approximately 3 + 14 + 20 = 37 months. The calculator would show the total debt paid and potentially total interest saved (if rates were included).

Example 2: The Focused Family

The Chen family has:

  • Medical Bill: Balance $800, Minimum Payment $25
  • Car Loan: Balance $7,000, Minimum Payment $200
  • Credit Card: Balance $3,000, Minimum Payment $75

They decide to aggressively tackle their debt and can allocate an extra $300 per month. Total minimums: $25 + $200 + $75 = $300. Total payment: $300 + $300 = $600.

Using the Debt Snowball Calculator Spreadsheet:

  • The Medical Bill ($800) is targeted first. They pay $25 (min) + $200 (min) + $75 (min) + $300 (extra) = $600 towards it.
  • The Medical Bill is paid off in 2 months ($800 / $600).
  • Next, they target the Credit Card ($3,000). Their payment becomes $75 (min) + $25 (from Med) + $300 (extra) = $400.
  • The Credit Card is paid off in approximately 8 months ($3000 / $400).
  • Finally, they attack the Car Loan ($7,000). Their payment becomes $200 (min) + $75 (from CC) + $25 (from Med) + $300 (extra) = $600.
  • The Car Loan is paid off in approximately 12 months ($7000 / $600).

Result: The Chen family becomes debt-free in approximately 2 + 8 + 12 = 22 months. This aggressive approach, visualized by the calculator, shows significant time savings compared to just paying minimums.

How to Use This Debt Snowball Calculator Spreadsheet

Using this debt snowball calculator spreadsheet is designed to be intuitive. Follow these simple steps:

  1. Input Your Debts: In the "Enter Your Debts" section, carefully input the name, current balance, and minimum monthly payment for each debt you wish to include. You can add up to three debts directly in this interface.
  2. Specify Additional Payment: Enter any extra amount you can afford to pay towards your debts each month in the "Additional Monthly Payment" field. This is crucial for accelerating the snowball effect. If you can only pay minimums, enter 0.
  3. Calculate: Click the "Calculate Snowball" button. The calculator will process your inputs based on the debt snowball methodology.
  4. Review Results: The "Your Debt Snowball Results" section will display:
    • Estimated Payoff Time: The total number of months it will take to clear all listed debts.
    • Total Debt Paid: The sum of all principal amounts paid.
    • Total Interest Paid: (If applicable in a more advanced calculator) The total interest accrued and paid.
    • Total Payments Made: The aggregate of all payments made towards your debts.
    A detailed payoff schedule table and a visual chart will also appear, showing the month-by-month progress.
  5. Interpret and Plan: Use the results to understand your debt-free date. The visualization helps in staying motivated. Consider adjusting your budget to increase the "Additional Monthly Payment" to see how it impacts your payoff timeline.
  6. Reset: If you need to start over or input new debt information, click the "Reset" button.
  7. Copy Results: Use the "Copy Results" button to save or share your calculated payoff plan.

Key Factors That Affect Debt Snowball Results

While the debt snowball method provides a clear path, several factors influence the actual outcome and the effectiveness of your debt snowball calculator spreadsheet simulation:

  1. Additional Monthly Payment Amount: This is the single most significant factor. The larger the extra payment, the faster the snowball grows, and the quicker you'll become debt-free. Even small increases can make a difference over time.
  2. Number of Debts: Having many small debts can initially slow down the snowball effect, as you're distributing minimum payments across more accounts. However, each paid-off debt provides a psychological boost.
  3. Debt Balances and Minimum Payments: The initial balances and minimum payments dictate the order of the snowball. Debts with very low minimum payments will be paid off faster, allowing their payment amounts to be rolled over sooner.
  4. Interest Rates (Crucial for Financial Optimization): While the pure snowball method ignores interest rates, in reality, they significantly impact the total cost of debt. High-interest debts, even if larger, accrue interest faster. The debt avalanche method prioritizes these to save more money long-term. A comprehensive debt snowball calculator spreadsheet might incorporate interest to show both time and potential interest savings.
  5. Consistency and Adherence: The plan only works if you stick to it. Unexpected expenses or budget cuts can derail progress. Maintaining discipline is key to achieving the projected payoff time.
  6. Inflation and Cost of Living: While not directly part of the snowball calculation, rising inflation can impact your ability to maintain or increase your additional monthly payment over time. If your income doesn't keep pace with inflation, your extra payment capacity might decrease.
  7. Fees and Penalties: Late payment fees or other charges can add to your debt burden, increasing balances and potentially slowing down the snowball. Ensuring timely minimum payments is vital.
  8. Income Changes: Increases in income (raises, bonuses) can significantly accelerate the debt snowball by allowing for larger additional payments. Conversely, decreases in income necessitate budget adjustments.

Frequently Asked Questions (FAQ)

What's the difference between the debt snowball and debt avalanche methods?

The debt snowball method prioritizes paying off debts with the smallest balances first, regardless of interest rate, for psychological motivation. The debt avalanche method prioritizes debts with the highest interest rates first, mathematically saving the most money on interest over time.

Does the debt snowball method include interest?

The core *concept* of the debt snowball focuses on principal balance order. However, a practical debt snowball calculator spreadsheet should ideally account for interest accrual on the remaining balances of debts you are not actively targeting that month. This calculator simplifies by focusing on principal payoff time to illustrate the snowball mechanic.

How many debts can I include?

This specific calculator interface allows for up to three debts. For more debts, you would typically use a spreadsheet program like Excel or Google Sheets to list them all and apply the snowball logic.

What if I have debts with the same balance?

If two debts have the same balance, you can choose either one to tackle first. Often, people choose the one with the lower minimum payment to free up cash flow slightly faster, or the one with the higher interest rate if they want to incorporate some avalanche principles.

Can I use this calculator for mortgages or car loans?

Yes, you can use this calculator for any type of debt, including mortgages and car loans, as long as you know the balance and minimum monthly payment. However, remember that the snowball method's primary benefit is psychological momentum, which might be less critical for a single, large, low-interest debt like a mortgage compared to multiple high-interest credit cards.

What happens if my income changes?

If your income increases, you can add the extra amount to your "Additional Monthly Payment" to accelerate your payoff. If your income decreases, you may need to reduce your additional payment, which will extend your payoff timeline. It's important to adjust your plan accordingly.

Is the debt snowball method always the best?

The "best" method depends on your personality and financial situation. If you need motivation and quick wins to stay on track, the debt snowball is excellent. If your primary goal is to minimize the total interest paid, the debt avalanche method is mathematically superior. Many people find success by combining elements of both.

How do I handle debts with 0% interest introductory periods?

During a 0% interest period, that debt behaves similarly to the snowball method's ideal scenario – no interest accrual. You should still prioritize paying it off before the promotional period ends to avoid high interest charges later. If it's your smallest debt, tackle it first. If it's larger but has a high interest rate after the promo, consider its position relative to other high-interest debts.

Related Tools and Internal Resources

function getInputValue(id) { var input = document.getElementById(id); if (!input) return null; var value = parseFloat(input.value); return isNaN(value) ? null : value; } function setErrorMessage(id, message) { var errorElement = document.getElementById(id + 'Error'); if (errorElement) { errorElement.innerText = message; if (message) { errorElement.classList.add('visible'); } else { errorElement.classList.remove('visible'); } } } function clearErrorMessages() { var errorElements = document.querySelectorAll('.error-message'); for (var i = 0; i < errorElements.length; i++) { errorElements[i].innerText = ''; errorElements[i].classList.remove('visible'); } } function validateInputs() { clearErrorMessages(); var isValid = true; var debtNames = [ getInputValue('debt1Name'), getInputValue('debt2Name'), getInputValue('debt3Name') ]; var debtBalances = [ getInputValue('debt1Balance'), getInputValue('debt2Balance'), getInputValue('debt3Balance') ]; var debtMinPayments = [ getInputValue('debt1MinPayment'), getInputValue('debt2MinPayment'), getInputValue('debt3MinPayment') ]; var additionalPayment = getInputValue('additionalPayment'); for (var i = 0; i < 3; i++) { if (!debtNames[i] || debtNames[i].trim() === '') { setErrorMessage('debt' + (i + 1) + 'Name', 'Debt name cannot be empty.'); isValid = false; } if (debtBalances[i] === null || debtBalances[i] < 0) { setErrorMessage('debt' + (i + 1) + 'Balance', 'Please enter a valid positive balance.'); isValid = false; } if (debtMinPayments[i] === null || debtMinPayments[i] < 0) { setErrorMessage('debt' + (i + 1) + 'MinPayment', 'Please enter a valid positive minimum payment.'); isValid = false; } } if (additionalPayment === null || additionalPayment < 0) { setErrorMessage('additionalPayment', 'Please enter a valid non-negative additional payment.'); isValid = false; } // Check if total minimum payments exceed total available payment var totalMinPayments = 0; for (var j = 0; j < debtMinPayments.length; j++) { if (debtMinPayments[j] !== null) { totalMinPayments += debtMinPayments[j]; } } var totalAvailablePayment = totalMinPayments + (additionalPayment !== null ? additionalPayment : 0); // Check if any single debt minimum payment is greater than the total available payment for (var k = 0; k totalAvailablePayment && debtBalances[k] > 0) { // This check is tricky. If total available is less than sum of minimums, it's an issue. // But if total available is enough for all minimums + extra, it's fine. // The core issue is if total available is LESS than sum of minimums. } } if (totalAvailablePayment 0) { // This condition implies the user cannot even cover minimums with the additional payment. // This scenario is usually handled by budgeting, but for calculation, we proceed. // The logic below will handle it by not reducing balances if minimums aren't met. } return isValid; } function calculateDebtSnowball() { if (!validateInputs()) { document.getElementById('results').style.display = 'none'; document.getElementById('debtTableContainer').style.display = 'none'; return; } var debts = []; var debtNames = [ document.getElementById('debt1Name').value, document.getElementById('debt2Name').value, document.getElementById('debt3Name').value ]; var debtBalances = [ getInputValue('debt1Balance'), getInputValue('debt2Balance'), getInputValue('debt3Balance') ]; var debtMinPayments = [ getInputValue('debt1MinPayment'), getInputValue('debt2MinPayment'), getInputValue('debt3MinPayment') ]; var additionalPayment = getInputValue('additionalPayment'); for (var i = 0; i 0) { debts.push({ name: debtNames[i], balance: debtBalances[i], minPayment: debtMinPayments[i], initialBalance: debtBalances[i], interestPaid: 0, // Simplified: No interest calculation in this version payoffMonth: 0 }); } } if (debts.length === 0) { document.getElementById('results').style.display = 'none'; document.getElementById('debtTableContainer').style.display = 'none'; return; } // Sort debts by balance (smallest first) debts.sort(function(a, b) { return a.balance – b.balance; }); var totalMonthlyPayment = 0; for (var i = 0; i 0) { currentMonth++; var currentDebt = remainingDebts[0]; // The smallest debt // Determine the payment for the current target debt if (snowballPayment === 0) { // First month or previous debt just paid off snowballPayment = currentDebt.minPayment + additionalPayment; } else { // Add previous debt's minimum payment to the snowball snowballPayment += currentDebt.minPayment; } var paymentToApply = Math.min(snowballPayment, currentDebt.balance); // Simplified: No interest calculation. Payment directly reduces balance. var principalPaidThisMonth = paymentToApply; currentDebt.balance -= principalPaidThisMonth; totalDebtPaidPrincipal += principalPaidThisMonth; // Record for chart and table chartData.labels.push('Month ' + currentMonth); var currentTotalBalance = 0; for(var j=0; j 0 ? debts[j].balance : 0; } chartData.balanceData.push(currentTotalBalance); chartData.paymentData.push(totalDebtPaidPrincipal); if (currentDebt.balance <= 0) { currentDebt.payoffMonth = currentMonth; currentDebt.balance = 0; // Ensure it's exactly zero totalInterestPaidOverall += currentDebt.interestPaid; // Add interest paid for this debt // Add the paid-off debt's minimum payment to the snowball for the next iteration // This happens implicitly in the next loop iteration when snowballPayment is recalculated // or when the next debt becomes the target. payoffSchedule.push({ name: currentDebt.name, initialBalance: currentDebt.initialBalance, minPayment: currentDebt.minPayment, interestPaid: currentDebt.interestPaid, payoffMonth: currentMonth }); remainingDebts.shift(); // Remove the paid-off debt snowballPayment = 0; // Reset snowball payment for the next target debt } } // Update results display document.getElementById('totalPayoffTime').innerText = currentMonth; document.getElementById('totalDebtPaid').innerText = formatCurrency(totalDebtPaidPrincipal); document.getElementById('totalInterestPaid').innerText = formatCurrency(totalInterestPaidOverall); // Will be $0 in this simplified version document.getElementById('totalPayments').innerText = formatCurrency(totalDebtPaidPrincipal + totalInterestPaidOverall); // Update table var tableBody = document.querySelector('#debtPayoffTable tbody'); tableBody.innerHTML = ''; payoffSchedule.sort(function(a, b) { return a.payoffMonth – b.payoffMonth; }); // Sort by payoff month for (var i = 0; i < payoffSchedule.length; i++) { var row = tableBody.insertRow(); row.insertCell(0).innerText = payoffSchedule[i].name; row.insertCell(1).innerText = formatCurrency(payoffSchedule[i].initialBalance); row.insertCell(2).innerText = formatCurrency(payoffSchedule[i].minPayment); row.insertCell(3).innerText = formatCurrency(payoffSchedule[i].interestPaid); // Will be $0 row.insertCell(4).innerText = payoffSchedule[i].payoffMonth; } document.getElementById('debtTableContainer').style.display = 'block'; document.getElementById('results').style.display = 'block'; // Update chart updateChart(chartData); } function formatCurrency(amount) { if (amount === null || isNaN(amount)) return '$–'; return '$' + amount.toFixed(2).replace(/\d(?=(\d{3})+\.)/g, '$&,'); } function resetCalculator() { document.getElementById('debt1Name').value = 'Credit Card'; document.getElementById('debt1Balance').value = '1500'; document.getElementById('debt1MinPayment').value = '50'; document.getElementById('debt2Name').value = 'Personal Loan'; document.getElementById('debt2Balance').value = '5000'; document.getElementById('debt2MinPayment').value = '100'; document.getElementById('debt3Name').value = 'Student Loan'; document.getElementById('debt3Balance').value = '10000'; document.getElementById('debt3MinPayment').value = '150'; document.getElementById('additionalPayment').value = '0'; document.getElementById('totalPayoffTime').innerText = '–'; document.getElementById('totalDebtPaid').innerText = '–'; document.getElementById('totalInterestPaid').innerText = '–'; document.getElementById('totalPayments').innerText = '–'; document.getElementById('debtTableContainer').style.display = 'none'; document.getElementById('results').style.display = 'none'; clearErrorMessages(); if (window.myDebtChart) { window.myDebtChart.destroy(); window.myDebtChart = null; } } function copyResults() { var payoffTime = document.getElementById('totalPayoffTime').innerText; var totalDebtPaid = document.getElementById('totalDebtPaid').innerText; var totalInterestPaid = document.getElementById('totalInterestPaid').innerText; var totalPayments = document.getElementById('totalPayments').innerText; var assumptions = "Key Assumptions:\n"; assumptions += "- Additional Monthly Payment: " + document.getElementById('additionalPayment').value + "\n"; assumptions += "- Debts included: \n"; var debtRows = document.querySelectorAll('#debtPayoffTable tbody tr'); debtRows.forEach(function(row) { var cells = row.cells; assumptions += ` – ${cells[0].innerText} (Initial Balance: ${cells[1].innerText}, Min Payment: ${cells[2].innerText})\n`; }); var resultsText = `— Debt Snowball Results —\n\n`; resultsText += `Estimated Payoff Time: ${payoffTime} months\n`; resultsText += `Total Debt Paid: ${totalDebtPaid}\n`; resultsText += `Total Interest Paid: ${totalInterestPaid}\n`; resultsText += `Total Payments Made: ${totalPayments}\n\n`; resultsText += assumptions; // Use a temporary textarea to copy text var textArea = document.createElement("textarea"); textArea.value = resultsText; textArea.style.position = "fixed"; textArea.style.left = "-9999px"; document.body.appendChild(textArea); textArea.focus(); textArea.select(); try { var successful = document.execCommand('copy'); var msg = successful ? 'Results copied to clipboard!' : 'Failed to copy results.'; alert(msg); } catch (err) { alert('Oops, unable to copy'); } document.body.removeChild(textArea); } // Charting Logic var debtChartCanvas = document.getElementById('debtPayoffChart'); var debtChartContext = debtChartCanvas ? debtChartCanvas.getContext('2d') : null; window.myDebtChart = null; function updateChart(chartData) { if (!debtChartContext) return; // Destroy previous chart instance if it exists if (window.myDebtChart) { window.myDebtChart.destroy(); } // Prepare data for chart var labels = chartData.labels; var balanceData = chartData.balanceData; var paymentData = chartData.paymentData; // Ensure data arrays are of the same length, pad with last known value if necessary var maxLength = Math.max(labels.length, balanceData.length, paymentData.length); while (labels.length < maxLength) labels.push(''); while (balanceData.length 0 ? balanceData[balanceData.length – 1] : 0); while (paymentData.length 0 ? paymentData[paymentData.length – 1] : 0); window.myDebtChart = new Chart(debtChartContext, { type: 'line', data: { labels: labels, datasets: [{ label: 'Total Debt Balance Remaining', data: balanceData, borderColor: '#004a99', // Primary color backgroundColor: 'rgba(0, 74, 153, 0.1)', fill: true, tension: 0.1 }, { label: 'Total Payments Made', data: paymentData, borderColor: '#28a745', // Success color backgroundColor: 'rgba(40, 167, 69, 0.1)', fill: true, tension: 0.1 }] }, options: { responsive: true, maintainAspectRatio: false, scales: { y: { beginAtZero: true, ticks: { callback: function(value) { return formatCurrency(value); } } } }, plugins: { tooltip: { callbacks: { label: function(context) { var label = context.dataset.label || "; if (label) { label += ': '; } if (context.parsed.y !== null) { label += formatCurrency(context.parsed.y); } return label; } } } } } }); } // FAQ Toggle Function function toggleFaq(element) { var faqItem = element.closest('.faq-item'); faqItem.classList.toggle('open'); var answer = faqItem.querySelector('.answer'); if (faqItem.classList.contains('open')) { answer.style.display = 'block'; } else { answer.style.display = 'none'; } } // Initial setup for default values document.addEventListener('DOMContentLoaded', function() { resetCalculator(); // Load default values on page load }); // Dummy Chart.js library inclusion for the canvas element to work. // In a real WordPress environment, you'd enqueue this properly. // For this standalone HTML, we'll include a placeholder script tag. // NOTE: This is a placeholder. A real implementation requires the Chart.js library. // For this exercise, we assume Chart.js is available globally. // If running this directly, you'd need to add: // // before this script block.

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