{"concept":{"id":53,"slug":"liquidity-ratio","term":"Liquidity ratio","shortDefinition":"A ratio that answers whether a company can cover its short-term obligations with its short-term resources -- the same question as working capital, expressed as a ratio instead of a difference.","longDefinition":"A liquidity ratio answers the same question as working capital: can the company cover its short-term obligations with its short-term resources? The difference is how it's expressed -- working capital is a subtraction (current assets minus current liabilities), while a liquidity ratio is a division (current assets divided by current liabilities), which lets you compare companies of very different sizes with a single number. A liquidity ratio above 1 is equivalent to positive working capital; below 1, to negative. A specific value isn't automatically good or bad -- it depends on the sector (some businesses operate soundly with low ratios, as already seen with working capital) and on how that ratio evolves over time for the same company."},"relations":{"requirement":[],"contrast":[],"related":[{"concept":{"id":52,"slug":"financial-ratio","term":"Financial ratio","shortDefinition":"A comparison between two magnitudes from the financial statements that answers a specific question about a company -- not an isolated number, but a relationship with its own meaning.","longDefinition":"A financial ratio is a comparison between two magnitudes from the financial statements -- income statement, balance sheet, or cash flow statement -- that answers a specific question about a company. Unlike an absolute figure, a ratio expresses a relationship: it divides one item by another to get a number comparable between companies of different sizes, between different periods, or between a company and its sector. An isolated ratio, however, rarely says enough on its own -- its real value lies in its evolution over time, in its comparison with similar companies, and in the context of the sector and business model it belongs to. When building any ratio, what exact items go into the numerator and denominator matters as much as the period they correspond to -- small methodological differences can significantly change how the result is interpreted."}},{"concept":{"id":46,"slug":"working-capital","term":"Working capital","shortDefinition":"The difference between current assets and current liabilities -- measures whether a company can cover its short-term obligations with its short-term resources.","longDefinition":"Working capital is the difference between current assets (expected to be converted into cash within a year) and current liabilities (due within a year). Positive working capital indicates the company has enough short-term resources to cover its short-term obligations -- a sign of immediate financial health. Negative working capital isn't always an alarm: some business models (for example, large retail chains that get paid in cash but pay their suppliers on term) operate structurally with negative working capital without any problem, precisely because their collection cycle is faster than their payment cycle. Interpreting working capital always requires understanding the specific business model, not just the sign of the number."}}],"calculatedBy":[]},"curricularPosition":[{"id":40,"moduleId":14,"slug":"what-are-liquidity-ratios","title":"What are liquidity ratios?","summary":"You understand what a financial ratio is in general, and what liquidity ratios measure in particular -- what question they answer, not just how they're calculated.","bodyMarkdown":"## Objectives\n\nBy the end of this lesson you understand what a financial ratio is in general, and what liquidity ratios measure in particular.\n\n## Content\n\nWith the three financial statements already covered -- income statement, balance sheet, and cash flow -- the next step is turning that data into analytical information. A financial ratio is a comparison between two magnitudes from the financial statements that answers a specific question about a company. Unlike an absolute figure, a ratio expresses a relationship: it divides one item by another to get a number comparable between companies of different sizes, between different periods, or between a company and its sector.\n\nA liquidity ratio answers the same question working capital already raised in Module 3: can the company cover its short-term obligations with its short-term resources? The difference is how it's expressed -- working capital is a subtraction (current assets minus current liabilities), while a liquidity ratio is a division (current assets divided by current liabilities). Expressing it as a division, instead of a difference, lets you compare companies of very different sizes at a glance with a single number, something a subtraction doesn't let you do directly.\n\nA liquidity ratio above 1 is equivalent to positive working capital; below 1, to negative -- it's the same information, just expressed differently. And this leads to this module's central idea: a specific ratio value isn't automatically good or bad. A liquidity ratio of 1.2 can be healthy in one sector and tight in another; what matters is how that ratio evolves over time for the same company, and how it compares with similar companies -- the magnitude of a ratio, without interpretation, says little on its own.\n\nWhen calculating any ratio, what exact items go into the numerator and denominator matters as much as the period they correspond to. Two analysts can calculate \"the same\" liquidity ratio with slightly different definitions of what counts as current assets, and get numbers that aren't directly comparable to each other.\n\n## Example\n\nTwo companies can have the same liquidity ratio of 1.3 this quarter, but if one has held it steady for two years and the other has fallen from 2.5 over that same period, the second company deserves a closer look -- the trend says more than the point-in-time value.\n\n## Common mistakes\n\n- Judging a liquidity ratio as good or bad based only on its absolute value, without comparing it with the sector or the company's own historical evolution.\n- Ignoring exactly which items make up current assets and current liabilities when comparing the liquidity ratio of two companies -- small definitional differences can mean two numbers aren't really comparable.\n\n## Summary\n\nA financial ratio compares two magnitudes from the financial statements to answer a specific question. The liquidity ratio answers the same question as working capital -- whether the company covers its short-term obligations -- but expressed as a proportion. An isolated value says little; its evolution and comparison with similar companies matter.\n\n## Self-check\n\nWhy does expressing liquidity as a ratio, instead of a difference (working capital), make it easier to compare companies of different sizes?\n\nWhy can a liquidity ratio of 1.2 be healthy for one company and tight for another?","bodyHtml":"

Objectives

\n

By the end of this lesson you understand what a financial ratio is in general, and what liquidity ratios measure in particular.

\n

Content

\n

With the three financial statements already covered -- income statement, balance sheet, and cash flow -- the next step is turning that data into analytical information. A financial ratio is a comparison between two magnitudes from the financial statements that answers a specific question about a company. Unlike an absolute figure, a ratio expresses a relationship: it divides one item by another to get a number comparable between companies of different sizes, between different periods, or between a company and its sector.

\n

A liquidity ratio answers the same question working capital already raised in Module 3: can the company cover its short-term obligations with its short-term resources? The difference is how it's expressed -- working capital is a subtraction (current assets minus current liabilities), while a liquidity ratio is a division (current assets divided by current liabilities). Expressing it as a division, instead of a difference, lets you compare companies of very different sizes at a glance with a single number, something a subtraction doesn't let you do directly.

\n

A liquidity ratio above 1 is equivalent to positive working capital; below 1, to negative -- it's the same information, just expressed differently. And this leads to this module's central idea: a specific ratio value isn't automatically good or bad. A liquidity ratio of 1.2 can be healthy in one sector and tight in another; what matters is how that ratio evolves over time for the same company, and how it compares with similar companies -- the magnitude of a ratio, without interpretation, says little on its own.

\n

When calculating any ratio, what exact items go into the numerator and denominator matters as much as the period they correspond to. Two analysts can calculate "the same" liquidity ratio with slightly different definitions of what counts as current assets, and get numbers that aren't directly comparable to each other.

\n

Example

\n

Two companies can have the same liquidity ratio of 1.3 this quarter, but if one has held it steady for two years and the other has fallen from 2.5 over that same period, the second company deserves a closer look -- the trend says more than the point-in-time value.

\n

Common mistakes

\n\n

Summary

\n

A financial ratio compares two magnitudes from the financial statements to answer a specific question. The liquidity ratio answers the same question as working capital -- whether the company covers its short-term obligations -- but expressed as a proportion. An isolated value says little; its evolution and comparison with similar companies matter.

\n

Self-check

\n

Why does expressing liquidity as a ratio, instead of a difference (working capital), make it easier to compare companies of different sizes?

\n

Why can a liquidity ratio of 1.2 be healthy for one company and tight for another?

","sortOrder":1,"readingMinutes":9,"difficulty":"Básico","url":"/en/academy/business-analysis/financial-ratios/what-are-liquidity-ratios"},{"id":42,"moduleId":14,"slug":"how-do-you-compare-ratios-between-companies-in-the-same-sector","title":"How do you compare ratios between companies in the same sector?","summary":"You understand why comparing ratios only makes sense between companies in the same sector, and why small differences in definition or period can change the interpretation.","bodyMarkdown":"## Objectives\n\nBy the end of this lesson you understand why comparing ratios only makes sense between companies in the same sector, and why small differences in definition or period can change the interpretation.\n\n## Content\n\nThe two previous lessons already hinted at the same idea from two different angles: a liquidity ratio of 1.2 can be healthy in one sector and tight in another; a high debt-to-equity ratio can be normal for utilities or real estate and a warning sign in another type of business. This lesson turns that idea into a concrete method for comparing ratios between companies.\n\nThe underlying reason is that different sectors have different business structures: some require a lot of inventory and long collection cycles, others barely have physical assets; some can sustain high debt levels because of the stability of their cash flows, others can't. Comparing the liquidity ratio of a retail chain with that of a software company, or the debt-to-equity ratio of a utility with that of a tech company, doesn't provide useful information -- the differences come from the business model, not from one managing its resources better or worse. Comparing within the same sector, on the other hand, does isolate that real management difference.\n\nEven within the same sector, comparing ratios rigorously requires three conditions, already hinted at in the two previous lessons. First, that the ratios are calculated with the same definition of numerator and denominator -- you already saw with the debt-to-equity ratio that confusing total liabilities with financial debt significantly changes the result. Second, that they correspond to the same period -- comparing one company's liquidity ratio at the close of a quarter with another's mid-year can introduce differences that don't reflect either company's real situation. Third, that you also look at the evolution of each ratio over time, not just its value at one moment -- a company with a worse ratio than its sector but improving steadily tells a different story than one with the same ratio but deteriorating.\n\nWith this lesson, the module closes. The next module in this level introduces ROE -- the first profitability ratio, which measures how much profit a company generates on the capital its shareholders have invested.\n\n## Example\n\nTwo supermarket chains with similar liquidity ratios and a stable trend over the last eight quarters are reasonably comparable to each other; comparing either of their liquidity ratios with a heavy machinery manufacturer's, on the other hand, doesn't say much -- their collection, payment, and inventory cycles are structurally different.\n\n## Common mistakes\n\n- Comparing the liquidity or debt-to-equity ratio of companies in different sectors and drawing conclusions about which manages its resources better -- the difference usually comes from the business model, not management.\n- Comparing ratios calculated with different periods or numerator/denominator definitions, assuming that \"the same ratio\" always means the same thing between two sources.\n\n## Summary\n\nComparing financial ratios only provides useful information between companies in the same sector, with the same numerator and denominator definition, from the same period, and looking at their evolution over time -- not just a single value.\n\n## Self-check\n\nWhy doesn't comparing the liquidity ratio of companies in very different sectors usually provide useful information?\n\nWhat three conditions must be met to rigorously compare the ratios of two companies in the same sector?","bodyHtml":"

Objectives

\n

By the end of this lesson you understand why comparing ratios only makes sense between companies in the same sector, and why small differences in definition or period can change the interpretation.

\n

Content

\n

The two previous lessons already hinted at the same idea from two different angles: a liquidity ratio of 1.2 can be healthy in one sector and tight in another; a high debt-to-equity ratio can be normal for utilities or real estate and a warning sign in another type of business. This lesson turns that idea into a concrete method for comparing ratios between companies.

\n

The underlying reason is that different sectors have different business structures: some require a lot of inventory and long collection cycles, others barely have physical assets; some can sustain high debt levels because of the stability of their cash flows, others can't. Comparing the liquidity ratio of a retail chain with that of a software company, or the debt-to-equity ratio of a utility with that of a tech company, doesn't provide useful information -- the differences come from the business model, not from one managing its resources better or worse. Comparing within the same sector, on the other hand, does isolate that real management difference.

\n

Even within the same sector, comparing ratios rigorously requires three conditions, already hinted at in the two previous lessons. First, that the ratios are calculated with the same definition of numerator and denominator -- you already saw with the debt-to-equity ratio that confusing total liabilities with financial debt significantly changes the result. Second, that they correspond to the same period -- comparing one company's liquidity ratio at the close of a quarter with another's mid-year can introduce differences that don't reflect either company's real situation. Third, that you also look at the evolution of each ratio over time, not just its value at one moment -- a company with a worse ratio than its sector but improving steadily tells a different story than one with the same ratio but deteriorating.

\n

With this lesson, the module closes. The next module in this level introduces ROE -- the first profitability ratio, which measures how much profit a company generates on the capital its shareholders have invested.

\n

Example

\n

Two supermarket chains with similar liquidity ratios and a stable trend over the last eight quarters are reasonably comparable to each other; comparing either of their liquidity ratios with a heavy machinery manufacturer's, on the other hand, doesn't say much -- their collection, payment, and inventory cycles are structurally different.

\n

Common mistakes

\n\n

Summary

\n

Comparing financial ratios only provides useful information between companies in the same sector, with the same numerator and denominator definition, from the same period, and looking at their evolution over time -- not just a single value.

\n

Self-check

\n

Why doesn't comparing the liquidity ratio of companies in very different sectors usually provide useful information?

\n

What three conditions must be met to rigorously compare the ratios of two companies in the same sector?

","sortOrder":3,"readingMinutes":8,"difficulty":"Básico","url":"/en/academy/business-analysis/financial-ratios/how-do-you-compare-ratios-between-companies-in-the-same-sector"}],"graphSummary":{"root":{"type":"concept","id":"53","depthFromRoot":0,"entity":{"type":"concept","slug":"ratio-de-liquidez","term":"Ratio de liquidez","excerpt":"Ratio que responde si una empresa puede cubrir sus obligaciones de corto plazo con sus recursos de corto plazo -- misma pregunta que el fondo de maniobra, expresada como proporción en vez de diferencia."}},"depth":1,"returnedNodes":1,"truncated":false,"hasCycle":false,"nodes":[{"type":"concept","id":"53","depthFromRoot":0,"entity":{"type":"concept","slug":"ratio-de-liquidez","term":"Ratio de liquidez","excerpt":"Ratio que responde si una empresa puede cubrir sus obligaciones de corto plazo con sus recursos de corto plazo -- misma pregunta que el fondo de maniobra, expresada como proporción en vez de diferencia."}}],"edges":[]},"relatedNews":[],"relatedEntities":[]}