CAIIB ABFM Financial Statement Analysis — Ratios, Fund Flow & Cash Flow Complete Guide

Last updated by BankersClub on July 20, 2026

Quick Answer

What does ABFM Module A — Financial Statement Analysis — actually test?

Ratio analysis: Liquidity, leverage, profitability, and turnover ratios — four families, each answering a different question about the borrower
Fund Flow Statement: Sources and uses of funds between two balance sheet dates — a working-capital-focused view
Cash Flow Statement: Operating, Investing, Financing activities under AS-3/Ind AS 7 — the actual cash movement view
Common-size and comparative statements: Vertical and horizontal analysis of financial statements
DuPont analysis: Breaking ROE into three multiplicative drivers
This module overlaps directly with JAIIB AFM — if you have cleared that paper, this is largely reinforcement, not new material.

Why Credit Officers Have a Head Start Here

If you have appraised a cash credit renewal or a term loan, you have already read a balance sheet, computed a current ratio, and formed a view on whether the borrower’s receivables cycle is stretching. ABFM Module A asks you to do the same work formally — with the correct ratio names, the correct formula, and IIBF’s specific interpretation framework. The gap between “I can tell this borrower looks stretched” and “I can compute the Debtors Turnover Ratio and state the exact number of days” is what this module closes. This guide works through each ratio family with a worked example, then covers fund flow and cash flow statements — the two areas where candidates most often lose easy marks by confusing the two.

Ratio Analysis — Four Families

1. Liquidity Ratios — Can the Borrower Pay Short-Term Obligations?

Ratio	Formula	Healthy Benchmark
Current Ratio	Current Assets ÷ Current Liabilities	≥ 1.33 (traditional bank benchmark)
Quick Ratio (Acid-Test)	(Current Assets − Inventory − Prepaid) ÷ Current Liabilities	≥ 1.0

2. Leverage / Solvency Ratios — How Much Debt, and Can It Be Serviced?

Ratio	Formula	What It Tells You
Debt-Equity Ratio	Total Debt ÷ Shareholders’ Equity	Capital structure risk — how leveraged the business is
Interest Coverage Ratio	EBIT ÷ Interest Expense	How many times over the borrower can pay interest from operating earnings
DSCR	(PAT + Depreciation + Interest on TL) ÷ (Principal Repayment + Interest on TL)	Term loan repayment capacity — covered in depth in the ABM Credit Management guide

3. Profitability Ratios — How Efficiently Does the Business Convert Sales to Profit?

Ratio	Formula
Gross Profit Margin	Gross Profit ÷ Net Sales × 100
Net Profit Margin	Net Profit ÷ Net Sales × 100
Return on Equity (ROE)	Net Profit ÷ Shareholders’ Equity × 100
Return on Capital Employed (ROCE)	EBIT ÷ Capital Employed × 100

4. Turnover / Efficiency Ratios — How Fast Does the Business Cycle Its Assets?

Ratio	Formula
Inventory Turnover Ratio	Cost of Goods Sold ÷ Average Inventory
Debtors Turnover Ratio	Net Credit Sales ÷ Average Debtors
Average Collection Period	365 ÷ Debtors Turnover Ratio
Total Asset Turnover	Net Sales ÷ Total Assets

Worked Example — Computing the Core Ratios

Borrower Data — For All Calculations Below

Current Assets = ₹90L · Inventory = ₹35L · Current Liabilities = ₹60L · Total Debt = ₹120L · Shareholders’ Equity = ₹80L · EBIT = ₹28L · Interest Expense = ₹8L · Net Sales = ₹300L · COGS = ₹210L · Average Inventory = ₹30L · Net Credit Sales = ₹250L · Average Debtors = ₹50L

Ratio	Calculation	Result
Current Ratio	90 ÷ 60	1.50
Quick Ratio	(90 − 35) ÷ 60	0.92
Debt-Equity Ratio	120 ÷ 80	1.50
Interest Coverage Ratio	28 ÷ 8	3.5 times
Inventory Turnover Ratio	210 ÷ 30	7 times
Debtors Turnover Ratio	250 ÷ 50	5 times
Average Collection Period	365 ÷ 5	73 days

Interpretation: Current Ratio of 1.50 is above the traditional 1.33 benchmark — comfortable. But Quick Ratio of 0.92 (below 1.0) shows the comfort depends heavily on inventory — if inventory is slow-moving, actual liquidity is tighter than the Current Ratio suggests. This is exactly the kind of two-ratio cross-check IIBF tests in case studies.

Fund Flow Statement vs Cash Flow Statement

Aspect	Fund Flow Statement	Cash Flow Statement
Basis	Working capital — net change in working capital between two balance sheet dates	Cash — actual cash inflows and outflows
Structure	Sources of Funds vs Applications of Funds	Operating, Investing, Financing activities (AS-3 / Ind AS 7)
Bank usage	Traditional working capital assessment, MPBF-linked analysis	Modern credit appraisal — shows actual debt-servicing cash generation
Key limitation	Ignores timing — a business can show adequate “funds” while being cash-short in a given month	More granular but requires more detailed data than fund flow

Exam trap: A business can be profitable (positive P&L) yet cash-negative (negative operating cash flow) if receivables and inventory are growing faster than sales convert to cash. IIBF frequently tests this profit-vs-cash distinction through case studies describing a “profitable but distressed” borrower — the correct diagnosis is a cash flow problem, not a profitability problem.

DuPont Analysis — Breaking Down ROE

The DuPont Identity

ROE = Net Profit Margin × Asset Turnover × Equity Multiplier

Net Profit Margin = Net Profit ÷ Sales — how much profit per rupee of sales

Asset Turnover = Sales ÷ Total Assets — how efficiently assets generate sales

Equity Multiplier = Total Assets ÷ Shareholders’ Equity — degree of financial leverage

DuPont analysis matters because two businesses can have identical ROE for entirely different reasons — one through high margins, another through high leverage. A bank assessing credit risk cares which driver dominates: a leverage-driven ROE is riskier than a margin-driven ROE, because the leverage component amplifies losses in a downturn just as it amplified returns in growth. IIBF tests this decomposition logic directly — expect a question giving you two companies with the same ROE and asking which is the safer credit.

Common-Size and Comparative Statements

Statement Type	What It Shows	Also Called
Common-Size Statement	Each line item expressed as a % of a base figure (Total Assets for balance sheet, Net Sales for P&L) — for a single period	Vertical Analysis
Comparative Statement	Same line items shown across two or more periods, with absolute and % change	Horizontal Analysis

Use vertical analysis to compare a borrower’s cost structure against industry norms at a point in time (e.g., “raw material cost is 55% of sales — is that normal for this industry?”). Use horizontal analysis to spot trends over time (e.g., “raw material cost has risen from 45% to 55% of sales over 3 years — margin compression risk”).

Master Formula Reference — Module A

Ratio	Formula
Current Ratio	CA ÷ CL
Quick Ratio	(CA − Inventory − Prepaid) ÷ CL
Debt-Equity Ratio	Total Debt ÷ Equity
Interest Coverage	EBIT ÷ Interest
ROE (DuPont)	NP Margin × Asset Turnover × Equity Multiplier
Inventory Turnover	COGS ÷ Average Inventory
Average Collection Period	365 ÷ Debtors Turnover Ratio

Frequently Asked Questions

Why does the exam use 1.33 as the Current Ratio benchmark instead of the textbook 2.0?

1.33 (equivalent to the Tandon Committee’s 75% margin norm — MPBF Method II lending against 75% of current assets) is the traditional Indian banking benchmark, distinct from the generic global textbook figure of 2.0. Since ABFM and ABM are banking exams, IIBF’s interpretation framework follows Indian bank lending convention, not international corporate finance textbooks. Always answer using the banking-specific benchmark unless the question explicitly asks for the general corporate finance standard.

Can a company have a high Current Ratio but still fail to pay its bills on time?

Yes — this is precisely why the Quick Ratio exists alongside the Current Ratio. A high Current Ratio driven mostly by slow-moving or obsolete inventory looks healthy on paper but does not represent readily available liquidity. The worked example above shows a Current Ratio of 1.50 (comfortable) alongside a Quick Ratio of 0.92 (below the 1.0 benchmark) — the same balance sheet, two different liquidity signals. IIBF case studies are built exactly around this kind of contradiction to test whether candidates check both ratios rather than relying on one.

Is DSCR part of Module A or Module B in ABFM?

DSCR sits conceptually at the intersection — it is fundamentally a leverage/solvency ratio (Module A territory) but is applied specifically in the context of term loan and project appraisal (Module B territory). IIBF study material typically introduces it in Module A as part of the ratio framework, then re-applies it in Module B’s capital budgeting context. For exam purposes, know the formula and interpretation from this article, and see the ABM Credit Management guide for the full worked DSCR example used in term loan appraisal.

How is this different from JAIIB AFM’s ratio analysis coverage?

The core ratio formulas are largely the same — Current Ratio, Debt-Equity, ROE are foundational concepts that do not change between JAIIB and CAIIB. What ABFM Module A adds is depth: DuPont decomposition, the fund flow vs cash flow distinction with case-study application, and common-size/comparative statement analysis at a more analytical level. If you scored well in JAIIB AFM’s ratio sections, expect this module to feel like reinforcement with added analytical layers rather than entirely new content.