Chapter 5 – Short-Term Financial Management

Introduction

  • Efficient business operations require continual forward-looking planning.
  • Short-term (working-capital) decisions need constant attention because they determine day-to-day liquidity.
  • Chapter focus: definition of working capital, measurement tools, and management techniques for inventory, receivables, payables, short-term financing, and dividend-related cash issues.
  • Big picture linkage: While long-term investment and capital-structure choices drive strategic value, poorly managed working capital can trigger immediate insolvency even in otherwise healthy firms.

Working Capital: Definition & Components

  • Working capital (WC) = current assets − current liabilities.
    • Current assets = cash, marketable securities, trade receivables, inventories.
    • Current liabilities = obligations due < 1 year, e.g. overdrafts, short-term loans, trade payables.
  • Optimal WC level implies an optimal mix of long-term and short-term financing.

Liquidity Risks & Costs of Mismanagement

  • Too little liquidity → credit-rating deterioration, forced asset sales, bankruptcy, liquidation, labour unrest, lost suppliers.
  • Too much liquidity → idle, low-return assets and higher funding cost.
  • Management rule of thumb: safer to err on the side of slightly more WC, but excess still hurts shareholder wealth.
  • Temporary inflow/outflow gaps are covered by cash balances or sale of marketable securities.

Key Liquidity Ratios (Turnover / Asset-Management Ratios)

  • Inventory-turnover period: average days from purchase to sale.
  • Trade-receivables (debtor) period: average days to collect from customers.
  • Trade-payables (creditor) period: average days before paying suppliers.

Illustrative Data & Interpretation

  • Example ratios: inventory 32 days, receivables 44, payables 39.
    • Cash tied up from purchase to cash inflow = 32+44=76\ \text{days}.
    • Net cash-commitment period = 76-39=37\ \text{days}; firm funds operations for only 37 days.

Working-Capital (Net Operating) Cycle

\text{WC cycle}=\text{Inventory period}+\text{Receivables period}-\text{Payables period}

  • Shorter cycles → faster cash generation, lower liquidity needs, less external finance.
  • Trend or peer benchmarking of ratios highlights efficiency improvements or problems.

Working-Capital Management – General Principles

  • Unlike fixed-asset outlays, WC investment is recovered within each operating cycle as inventories convert to receivables and receivables to cash.
  • Dilemma:
    • Insufficient WC = insolvency risk.
    • Excessive WC = unproductive assets, management inefficiency, lower ROE.
  • Liquidity resources: cash balances, trade credit, short-term investments, and disciplined cash-flow scheduling.
  • Target: speed up inventory & receivable turnover, delay payables without damaging credit standing.

Inventory Management

  • Forms: raw material, work-in-progress (WIP), finished goods.
  • Drivers of inventory level: forecast accuracy, production lead time, customer-service objectives, expected price changes, supply uncertainty.
  • Holding too little → production stoppages, lost sales, liquidity erosion.
  • Holding too much → carrying costs (storage, insurance, obsolescence) + opportunity cost of tied-up cash.
  • Decision variables:
    • Lead time length.
    • Delivery time of finished product.
    • Available financing for inventory.
  • Quantitative tools: Economic Order Quantity (EOQ), probabilistic safety-stock models, materials-requirement planning (MRP).
  • Just-in-Time (JIT):
    • Parts arrive for immediate use; minimises stock but requires sophisticated supplier coordination and IT investment.
  • Low-value items may use simple heuristics (e.g. two-bin system) where monitoring cost > inventory cost.

Trade-Receivables Management

  • Cash-only sales ideal but unrealistic; credit terms enhance sales volume.
  • Need to balance incremental revenue vs. bad-debt risk and financing cost.
  • Policy framework:
    • Credit-worthiness criteria (e.g. financial ratios, bank references).
    • Credit terms (e.g. net 30, stage payments, cash on delivery).
    • Collection methods (cheques, electronic transfers, direct debit).
    • Monitoring system: ageing schedule, average days outstanding, credit limits.
  • Collection enforcement:
    • Immediate reminders (email/phone) once overdue.
    • Suspend deliveries once customer hits credit limit.
  • Early-payment discounts:
    • Often expensive. Example: 1 % discount for paying 10 days early equals approx. \bigl(1.01^{36.5}-1\bigr)\approx 44\% annualised.
    • Some customers abuse discounts and still pay late.

Trade-Payables Management

  • Objective: delay cash outflow to shorten WC cycle and cut interest cost on overdrafts.
  • Opportunity benefit of stretching payment:
    • Example: RM200 000 postponed by 10 days, cost of funds 6 % p.a.
    • Daily rate 0.06/365=0.00016438 (0.016438 %).
    • Benefit =200\,000\times0.00016438\times10\approx\text{RM}328.76.
  • Over-stretching consequences: damaged credit rating, withdrawal of supplier credit, negative reports by credit agencies.

Evaluating Early-Payment Discounts

  • Discount notation: "2/10, net 30" = 2 % discount if paid within 10 days, otherwise full payment within 30.
  • Annualised cost of not taking discount:
    \text{Cost}_{\text{trade credit}}=\left(\frac{1+\text{discount}}{1-\text{discount}}\right)^{\frac{365}{\text{pay day}-\text{discount day}}}-1
  • Example 0.5/10 net 30 on RM1 000:
    • Discount = 0.005; period difference = 20 days.
    • Effective annual cost \approx \left(\frac{1.005}{0.995}\right)^{18.25}-1\approx20\%.
    • Conclusion: paying on day 10 yields implicit 20 % return; firms should accept discount if cost of funds < 20 %.

Short-Term Financing Options

  • Single (seasonal) bank loan
    • One-off borrowing for 1–3 months; interest may be deducted upfront (discount basis) or paid at maturity.
  • Line of credit (LOC)
    • Revolving limit, usually 1-year commitment.
    • Two flavours:
    • Uncommitted—bank may refuse if credit deteriorates.
    • Committed—bank must lend; borrower pays commitment fee (~0.5 %) on total or unused portion.
  • Secured lending
    • Inventory or receivables pledged; loan repaid from asset liquidation/collection.
    • Factoring: sale of receivables to finance company.
  • Commercial paper (large, credit-worthy issuers): unsecured promissory notes 30–270 days; dealer commission deducted.

Comparative Financing Cost Metric

\text{Financing cost}=\frac{\text{Interest}+\text{Fees}}{\text{Usable Funds}}

  • Convert short-period rate to annual effective rate for comparability.
Worked Examples
  1. Single Loan: RM4 000 000, 3 months, 7.5 % p.a., interest deducted.
    • Interest = 4{,}000{,}000\times0.075\times0.25=75{,}000.
    • Usable funds = 4{,}000{,}000-75{,}000=3{,}925{,}000.
    • 3-month cost = 75{,}000/3{,}925{,}000=1.91\%; annualised \approx7.64\%.
  2. Line of Credit: RM500 000 limit, 0.5 % commitment fee, draw RM400 000 for 3 months, 7.25 % p.a.
    • Interest = 400{,}000\times0.0725\times0.25=7{,}250.
    • Commitment fee = 500{,}000\times0.005\times0.25=625.
    • Total cost = RM7 875; usable funds = RM400 000.
    • 3-month cost =1.97\%; annualised \approx7.88\%.
  3. Commercial Paper: RM4 000 000, 90 days, 7 % p.a., 1⁄8 % dealer fee.
    • Interest (discount) = 4{,}000{,}000\times0.07\times\frac{90}{360}=70{,}000.
    • Dealer fee = 4{,}000{,}000\times0.00125=5{,}000.
    • Usable funds = 4{,}000{,}000-75{,}000=3{,}925{,}000.
    • 90-day cost =75{,}000/3{,}925{,}000=1.91\%; annualised \approx7.82\%.
  • Decision rule: choose the facility with lowest effective annual cost, subject to availability and covenant constraints.

Cash, Dividends & Dividend Sustainability

  • Ultimate corporate objective: generate sustainable cash flows for owners.
  • In companies, distributions take the form of dividends rather than direct withdrawals.
  • Legal & financial constraints:
    • Statutory: dividends cannot create a deficit in retained earnings—firm must have accumulated profits.
    • Liquidity: firm must possess sufficient cash at payment date.
  • Each dividend reduces retained earnings, lowering future legal dividend capacity (unless replenished by profits).
  • Link to WC: Retaining cash for WC may limit dividend payout; aggressive payouts can force external financing.

Practical / Ethical / Strategic Implications

  • Ethical duty to pay suppliers and employees on time versus temptation to stretch payables—requires balanced policy.
  • Credit-management practices (e.g., pressing late customers) should be firm but fair; excessive pressure can damage long-term relationships.
  • Sustainable dividend policy signals financial health; overpaying risks future cuts that harm shareholder trust.
  • Environmental & supply-chain disruptions (e.g., pandemics) magnify importance of robust WC buffers.

Summary Checklist for Managers & Students

  • Monitor WC cycle regularly; aim for shorter cycle without jeopardising relationships.
  • Employ quantitative models (EOQ, JIT) where cost-effective; use simple heuristics for low-value items.
  • Establish clear credit policy; enforce ageing schedule; evaluate early-payment discounts rigorously.
  • Compare effective annual costs of all short-term financing alternatives before borrowing.
  • Align dividend decisions with both legal reserves and actual cash availability; prioritise long-term sustainability over short-term appeasement.