Chapter 12 - Working Capital Management Flashcards
What is the working capital cycle (WCC)?
Working capital = receivables + cash + inventory – payables. Inventories can be further classified into raw materials (RM), work in progress (WIP) and finished goods (FG)
Working capital is the total amount of cash tied up in current assets and current liabilities.
WCC = time taken by an organisation to convert its net current assets into cash. Determined by adding up the days required to complete each stage in the cycle.
WCC = inventory holding period ÷ storage period + debtor collection period – creditor payment period
Assuming there are 365 days in a year, WCC is the sum of the following:
1) Receivable days = (average receivables ÷ credit sales) x 365
2) PLUS: Inventory days
a. FG = (average FG ÷ cost of sales) x 365
b. WIP = (average WIP ÷ cost of production or sales) x 365
c. RM = (average RM ÷ RM purchases) x 365
3) LESS: payable days = (average payables ÷ credit purchases) x 365
What is the inventory holding period?
The number of days taken to process or sell inventory.
3 stages:
1) Raw material holding period = average stock of RM ÷ average cost of production per day
2) WIP holding period = average WIP inventory ÷ average cost of production per day
3) Finished goods storage period = average stock of FG ÷ average cost of goods sold per day
What is the debtors collection period?
The average number of days taken to realise the payments of credit sales
Debtors collection period = average trade debtors ÷ average credit sales per day
What is the creditors payment period?
The average number of days taken to make payment to trade creditors/suppliers
Creditors payment period = average trade creditors ÷ average credit purchase per day
Working capital management: profitability vs liquidity
High levels of working capital = idle funds with unnecessary costs = overcapitalisation.
Low working capital = not able to meet day-to-day demands = insolvency
Overtrading = rapid increase in turnover that is not supported by sufficient working capital
What is the current ratio?
(Current Assets)/(Current Liabilities) ∶ 1
Measure of a company’s ability to repay short-term liabilities using current assets. 1 or more = full cover to meet liabilities
What is the quick ratio?
(Current Assets-Inventories)/(Current Liabilities) ∶ 1
Ability of company to meet short-term liabilities using most liquid assets. 1 or more = full cover to meet liabilities
What is the asset turnover ratio?
Sales/(Net Assets) (x times)
Ability of the business to generate revenue from its assets. Low number = assets not utilised efficiency and high number = more investments are needed
What is the inventories turnover ratio?
(Cost of goods sold p.a)/(Average inventories)
Measures the effectiveness of inventory management. Indicates how quickly inventory is being sold or used during the period
What is the receivable turnover ratio?
(Credit sales p.a)/(Average receivables)
Measures how quickly debts are being collected
What is the payables turnover ratio?
(credit purchases p.a)/(Average payables)
Measures how quickly payables are being paid
What is the problem with holding too little inventory?
Face liquidity issues and costs of stock-outs including re-order costs, setup costs and lost quantity discounts.
Key task of inventory management is finding a balance between the two.
What are the 5 inventory management techniques?
1) economic order quantity (EOQ)
2) ABC inventory control
3) just-in-time (JIT) systems
4) fixing the inventory levels
5) vital, essential and desirable (VED) analysis.
What is economic order quantity (EOQ)?
EOQ provides the optimum inventory order size based on the annual inventory requirement for which both the ordering cost and carrying cost are kept at a minimum Makes the following assumptions:
Holding costs
Assumes it costs a certain amount to hold a unit of inventory for a year = holding cost. As the average level of inventory increase, so will the holding costs which are calculated as:
Holding cost per unit x average inventory
Ordering costs
Fixed costs of placing each order. Include costs of transportation, inspection, insurance etc. as the order quantity increases, the total ordering cost reduces and can be calculated as:
Order cost per order x number of orders p.a.
Calculation of EOQ
EOQ = (√(2 x c x d))÷h Where: D = annual demand C = ordering costs per order H = holding costs per order
Assumptions :
- Demand and lead times are constant. Model will be ineffective for businesses whose demand fluctuates frequently
- Purchase price, ordering and holding costs remain constant
- No buffer inventory is held or needed
- Seasonal fluctuations can be ignored
- Inventory levels are continuously monitored
How should companies determine whether quantity discounts should be pursued?
EOQ must be compared with the quantity needed for quantity discounts.
Companies must consider whether the order size should be increased above the EOQ to get the benefit of quantity discounts from a larger quantity if the overall inventory cost is lower.