3.3.2 investment appraisal Flashcards
investment appraisal
process of analysing if investment projects are worthwhile and profitable. for decisions
payback period
the shorter the better. the amount of time it takes for a project to repay its initial investment outlay. measured In time e.g. years
net cash flow formula
inflows-outflows
payback formula`
sum invested/net cash per time
steps:
1- work out net cash flow if not already given in-out
2- work out the cumulative net cash flow for each year by adding the next years net cashflow to the initial investment number e.g. -400 + 20…
3- keep going until there are no more negative no.s
4- circle the two years where there’s a + then straight after year that’s -
5- neagive year is amount of years it takes to pay back
6- work out specifically months, do the negative no./ the year afters net cashflow then x by 12
+ of pp
- easy to understand the results and calculate as you just need to see how long it takes to get the initial investment back. this means that it will be easier to make quick comparisons for example between different projects pp length.
- it can measure liquidity. this is cuz the quicker the initial investment is paid off, the earlier the generated cash is available for use.
- emphasises speed of return which is good for markets that change rapidly as its important to recover cost of investment for e.g. new models/products.
- of pp
- the pp doesn’t take into account cash flows after the pp. cuz it only takes into consideration when the project breaks even and not what happens after that. therefore ignores cash flows after pp calculated. It’s a problem as after pp calculated the b may get huge returns which will be ignored as it ignores numbers after money is recouped.
- doesn’t take into consideration external influences e.g. inflation. cuz pp lacks info and detail as it is designed to only tell when the whole sum of money Is paid back. also lacks detail and info as it ignores qual data which can alter cash flows and therefore no. of years taken to pay back the initial investment.
- doesn’t ACC create a decision for the investment
- takes no account of the time value of money
eval for payback
this method may lead to short-termism/ short term thinking as its aim is to only see how fast money is repaid. results in clouded judgement being made. not sustainable or trustworthy.
ARR
in percentage, the higher the ARR the better. ftells us how much return an investment will give us annually if we invest. looks at the total accounting return for a project to see if it meets the target return. it compares the average annual profit generated by an investment with the amount of money invested in it.
ARR formula
(average net return/no. of project years) / initial investment x100
average annual return formula
neturn return (all yrs added together including investment) average net return= divide this no by years divide this no by initial investment
next step of ARR
average annual return / initial investment x 100
pros of ARR
- Considers total return of the projects. this is cuz we add up all cash inflows in years which payback ignores. therefore looks at the project as a whole, all the returns. as it doesn’t stop when the investment has been paid back. focuses on the overall profitability of an investment project.
- simple and easy to calculate so can understand better by comparing other projects ARR to help make quick decisions.
cons of ARR
- doesn’t consider the value of money. this is cuz it doesn’t discount the fact that money in the future may not be as valuable to bs as to have that money right now.
- ignores the timings of returns or payment like payback. this means there is no liquidity focus in ARR unlike payback as you know when you have recouped the initial cost of investment.
- if the data calculated is wrong or inaccurate then the results and therefore the decision made will not be correct. therefore this is a loss for the business. this is cuz it leads to less return being generated and low profit levels than the firm expected.
NPV
answer = £. calculates the monetary value now of the projects future cashflows by taking interest rates into account by applying a % to future cashflows to reduce their value to the account for the time value of money. should be accepted if the answer is a positive number. we do this because money in the future is not worth what It is today so we use discount factor to make a more realistic judgement.