# Solvency Ratio

A solvency ratio is a performance metric that helps us examine a company’s financial health. In particular, it enables us to determine whether the company can meet its financial obligations in the long term.

## Formula Solvency Ratio

Solvency Ratio = (Net Income + Depreciation) / All Liabilities (Short-term + Long-term Liabilities)

Solvency and liquidity are both terms that refer to an enterprise’s state of financial health, but with some notable differences.

Solvency refers to an enterprise’s capacity to meet its long-term financial commitments. Liquidity refers to an enterprise’s ability to pay short-term obligations—the term also refers to a company’s capability to sell assets quickly to raise cash.

## Other Solvency Ratios

These ratios are used by investors and analysts to assess a company’s financial health and its ability to meet its long-term obligations. A higher ratio generally indicates better solvency, while a lower ratio may indicate a higher risk of financial distress.

##### 1. Total Debt to Equity Ratio = Total Debt / Total Equity

Often abbreviated as D/E, the debt-to-equity ratio establishes a company’s total debts relative to its equity. To calculate the ratio, first, get the sum of its debts. Divide the outcome by the company’s total equity.  This is used to measure the degree to which a company is using debt to fund operations (leverage).

##### 2. Long Term Debt to Equity Ratio= Long Term Debt / Total Equity

This solvency ratio formula aims to determine the amount of long-term debt business has undertaken vis-à-vis the Equity and helps in finding the leverage of the business.

Here Long-Term Debt includes long-term loans, i.e., Debentures or Long-term loans taken from Financial Institutions, and Equity means Shareholders’ Funds, i.e., Equity Share Capital, Preference Share Capital and Reserves in the form of Retained Earnings. The Ratio also helps in identifying how much Long-term debt business has raise compared to its Equity Contribution.

Times Interest Earned Ratio (TIE Ratio) = Times Interest Earned Ratio = EBIT / Interest Expense

The times interest earned ratio measures a company’s ability to meet its interest payments on its outstanding debt. It is calculated by dividing earnings before interest and taxes (EBIT) by interest expense.

##### 3. Interest Coverage Ratio = Interest Expense / EBIT​

where: EBIT=Earnings before interest and taxes

It measures how many times a company can cover its current interest payment with its available earnings. In other words, it measures the margin of safety a company has for paying interest on its debt during a given period. The interest coverage ratio is used to determine how easily a company can pay its interest expenses on outstanding debt.​

With the interest coverage ratio, we can determine the number of times that a company’s profits can be used to pay interest charges on its debts. To calculate the figure, divide the company’s profits (before subtracting any interests and taxes) by its interest payments.

The higher the value, the more solvent the company. In other words, it means the day-to-day operations are yielding enough profit to meet its interest payments.

##### 4. Debt-to-Capital Ratio = Debt / (Debt + Shareholder’s equity)

It determines the proportion of a business’  total capital that is financed using debt. For example, if a company’s debt-to-capital ratio is 0.45, it means 45% of its capital comes from debt. In such a case, a lower ratio is preferred, as it implies that the company can pay for capital without relying so much on debt.

gives analysts and investors a better idea of a company’s financial structure and whether or not the company is a suitable investment. All else being equal, the higher the debt-to-capital ratio, the riskier the company. This is because a higher ratio, the more the company is funded by debt than equity, which means a higher liability to repay the debt and a greater risk of forfeiture on the loan if the debt cannot be paid timely.

However, while a specific amount of debt may be crippling for one company, the same amount could barely affect another. Thus, using total capital gives a more accurate picture of the company’s health because it frames debt as a percentage of capital rather than as a dollar amount.

##### 5. Proprietary Ratio= Total Equity / Total Assets

This property ratio establishes the relationship between Shareholders’ funds and total assets of the business.  It indicates the extent to which shareholder’s funds have been invested in the assets of the business.

The higher the ratio, the lesser the leverage, and comparatively less is the financial risk on the part of the business. Conversely, it can be calculated by taking the inverse of the Financial Leverage Ratio.

##### 6. Debt Service Coverage Ratio = Debt Service Coverage Ratio = EBITDA / (Interest Expense + Capital Expenditures)

The debt service coverage ratio considers both debt payments and capital expenditures (CapEx) in assessing a company’s ability to meet its financial obligations. It is calculated by dividing earnings before interest, taxes, depreciation, and amortization (EBITDA) by the sum of interest expense and capital expenditures.

##### 7. Financial Leverage= Total Assets / Total Equity

The Financial Leverage ratio captures the impact of all obligation, both interest-bearing and non-interest bearing. This Ratio aims to determine how much of the business assets belong to the Shareholders of the company rather than the Debt holders /Creditors.

Accordingly, if the majority of the assets are funded by Equity Shareholders, the business will be less leveraged compared to the majority of the assets funded by Debt (in that case, the business will be more leveraged). The higher the ratio, the higher the leverage and higher is the financial risk on account of heavy debt obligation taken to finance the assets of the business.

## Examples, Questions and Answers for Solvency Ratio

Let’s look at the case of Hello Candy Co.:

 Hello Candy (USD in millions) Net Income 45,000 Depreciation 15,000 Short-term Liabilities 83,000 Long-term Liabilities 160,000

Solvency Ratio = (45,000 + 15,000) / (83,000 + 160,000)

Solvency Ratio = 0.246 * 100 = 24.6%

Important to note is that a company is considered financially strong if it achieves a solvency ratio exceeding 20%. So, from our example above, it is clear that if Hello Candy Co. keeps up with the trend each year, it can repay all its debts within four years (100% / 24.6% = Approximately 4 years).

3. #### Debentures are 6,00,000 at 10%

Solution:

NPAT = 1,25,000
Tax Rate = 35%
Net Profit before tax = (97500 × 100) ÷ 65
Net Profit Before tax = 1,50,000
Debentures Interest = 6,00,000 × 10% = 60,000

Interest Coverage Ratio = Net Profit before Interest and Tax / Interest on Long-Term Debt
= 150 000 / 30 000
Interest Coverage Ratio = 2.5:1

So in the current earnings before interest and tax, the firm can cover the interest cost for 2.5 times.

#### 3. From the following information, calculate current ratio.

 Trade receivables (debtors) 1, 00,000 Bills payable 20,000 Prepaid Expenses 10,000 Sundry Creditors 40,000 Cash and cash equivalents 30,000 Debentures 2,00,000 Short term investments 20,000 Inventories 40,000 Machinery 7,000 Expenses Payable 40,000

Solution:

Current Ratio = Current Assets / Current Liabilities = 2, 00,000 / 1, 00,000 = 2 : 1
Current Assets = Trade Receivables (sundry Debtors) + prepaid Expenses + cash and cash Equivalents + short term Investments + inventories
= 1,00,000 + 10,000 + 30,000 + 20,000 + 40,000 = 2,00,000
Current Liabilities: trade payables (Bills Payable + sundry creditors) + expenses payable
= 20,000 + 40,000 + 40,000 = 1, 00,000

#### 4. From the following information, calculate inventory turnover ratio:

Inventory in the beginning = 18,000
Inventory at the end = 22,000
Net purchases = 46,000
Wages = 14,000
Revenue from operations = 80,000
Carriage inwards = 4,000

Solution:

Inventory Turnover Ratio = Cost of Revenue from Operations / Average Inventory
Cost of Revenue from Operations = Inventory in the beginning + Net Purchases + Wages + Carriage inwards − Inventory at the end
= 18,000 + Rs. 46,000 + Rs. 14,000 + Rs. 4,000 − Rs. 22,000 = Rs. 60,000
Average Inventory = Inventory in the beginning + Inventory at the end / 2
= 18,000 + Rs. 22,000/ 2 = Rs. 20,000
∴ Inventory Turnover Ratio = Rs. 60,000/ Rs. 20,000 = 3 Times