台湾考生:2020年ACCA国际会计师考试时间是如何安排的?
发布时间:2020-01-10
众所周知,想要获得ACCA证书代价是十分巨大的,不仅仅要花费昂贵的报名费用,而且因为考试科目多的原因还需要大把大把的时间和精力去学习和理解知识点。尤其是对在职人员来说,更是一大挑战者,因此许多考生都因此望尘莫及,目前,ACCA国际会计师注册考试的报名时间和考试时间都依次发布了,51题库考试学习网替大家收集到了今年全部的考试报名时间信息和考试时间信息,希望对大家在了解到考试时间之后,能够合理地科学地备考考试。
首先是2020年ACCA考试报名时间:(建议收藏哦~)
了解完报名时间后,大家可以根据自己的学习能力和时间因素等情况依次可以开始备考了哟(学习能力强的考生可以优先从真题开始做起)
接下来,在认真复习、科学备考的同时,千万不要忘记了考试时间,所以这份是2020年ACCA考试时间表建议大家保存在相册里:
险夷原不滞胸中,何异浮云过太空!以上消息希望对正在准备备战3月份的ACCAer们有所帮助,51题库考试学习网预祝大家考试成功!
下面小编为大家准备了 ACCA考试 的相关考题,供大家学习参考。
3 You are the manager responsible for the audit of Keffler Co, a private limited company engaged in the manufacture of
plastic products. The draft financial statements for the year ended 31 March 2006 show revenue of $47·4 million
(2005 – $43·9 million), profit before taxation of $2 million (2005 – $2·4 million) and total assets of $33·8 million
(2005 – $25·7 million).
The following issues arising during the final audit have been noted on a schedule of points for your attention:
(a) In April 2005, Keffler bought the right to use a landfill site for a period of 15 years for $1·1 million. Keffler
expects that the amount of waste that it will need to dump will increase annually and that the site will be
completely filled after just ten years. Keffler has charged the following amounts to the income statement for the
year to 31 March 2006:
– $20,000 licence amortisation calculated on a sum-of-digits basis to increase the charge over the useful life
of the site; and
– $100,000 annual provision for restoring the land in 15 years’ time. (9 marks)
Required:
For each of the above issues:
(i) comment on the matters that you should consider; and
(ii) state the audit evidence that you should expect to find,
in undertaking your review of the audit working papers and financial statements of Keffler Co for the year ended
31 March 2006.
NOTE: The mark allocation is shown against each of the three issues.
3 KEFFLER CO
Tutorial note: None of the issues have any bearing on revenue. Therefore any materiality calculations assessed on revenue are
inappropriate and will not be awarded marks.
(a) Landfill site
(i) Matters
■ $1·1m cost of the right represents 3·3% of total assets and is therefore material.
■ The right should be amortised over its useful life, that is just 10 years, rather than the 15-year period for which
the right has been granted.
Tutorial note: Recalculation on the stated basis (see audit evidence) shows that a 10-year amortisation has been
correctly used.
■ The amortisation charge represents 1% of profit before tax (PBT) and is not material.
■ The amortisation method used should reflect the pattern in which the future economic benefits of the right are
expected to be consumed by Keffler. If that pattern cannot be determined reliably, the straight-line method must
be used (IAS 38 ‘Intangible Assets’).
■ Using an increasing sum-of-digits will ‘end-load’ the amortisation charge (i.e. least charge in the first year, highest
charge in the last year). However, according to IAS 38 there is rarely, if ever, persuasive evidence to support an
amortisation method that results in accumulated amortisation lower than that under the straight-line method.
Tutorial note: Over the first half of the asset’s life, depreciation will be lower than under the straight-line basis
(and higher over the second half of the asset’s life).
■ On a straight line basis the annual amortisation charge would be $0·11m, an increase of $90,000. Although this
difference is just below materiality (4·5% PBT) the cumulative effect (of undercharging amortisation) will become
material.
■ Also, when account is taken of the understatement of cost (see below), the undercharging of amortisation will be
material.
■ The sum-of-digits method might be suitable as an approximation to the unit-of-production method if Keffler has
evidence to show that use of the landfill site will increase annually.
■ However, in the absence of such evidence, the audit opinion should be qualified ‘except for’ disagreement with the
amortisation method (resulting in intangible asset overstatement/amortisation expense understatement).
■ The annual restoration provision represents 5% of PBT and 0·3% of total assets. Although this is only borderline
material (in terms of profit), there will be a cumulative impact.
■ Annual provisioning is contrary to IAS 37 ‘Provisions, Contingent Liabilities and Contingent Assets’.
■ The estimate of the future restoration cost is (presumably) $1·5m (i.e. $0·1 × 15). The present value of this
amount should have been provided in full in the current year and included in the cost of the right.
■ Thus the amortisation being charged on the cost of the right (including the restoration cost) is currently understated
(on any basis).
Tutorial note: A 15-year discount factor at 10% (say) is 0·239. $1·5m × 0·239 is approximately $0·36m. The
resulting present value (of the future cost) would be added to the cost of the right. Amortisation over 10 years
on a straight-line basis would then be increased by $36,000, increasing the difference between amortisation
charged and that which should be charged. The lower the discount rate, the greater the understatement of
amortisation expense.
Total amount expensed ($120k) is less than what should have been expensed (say $146k amortisation + $36k
unwinding of discount). However, this is not material.
■ Whether Keffler will wait until the right is about to expire before restoring the land or might restore earlier (if the
site is completely filled in 10 years).
(ii) Audit evidence
■ Written agreement for purchase of right and contractual terms therein (e.g. to make restoration in 15 years’ time).
■ Cash book/bank statement entries in April 2005 for $1·1m payment.
■ Physical inspection of the landfill site to confirm Keffler’s use of it.
■ Annual dump budget/projection over next 10 years and comparison with sum-of-digits proportions.
■ Amount actually dumped in the year (per dump records) compared with budget and as a percentage/proportion of
the total available.
■ Recalculation of current year’s amortisation based on sum-of-digits. That is, $1·1m ÷ 55 = $20,000.
Tutorial note: The sum-of-digits from 1 to 10 may be calculated long-hand or using the formula n(n+1)/2 i.e.
(10 × 11)/2 = 55.
■ The basis of the calculation of the estimated restoration costs and principal assumptions made.
■ If estimated by a quantity surveyor/other expert then a copy of the expert’s report.
■ Written management representation confirming the planned timing of the restoration in 15 years (or sooner).
3 Joe Lawson is founder and Managing Director of Lawson Engineering, a medium sized, privately owned family
business specialising in the design and manufacture of precision engineering products. Its customers are major
industrial customers in the aerospace, automotive and chemical industries, many of which are globally recognised
companies. Lawson prides itself on the long-term relationships it has built up with these high profile customers. The
strength of these relationships is built on Lawson’s worldwide reputation for engineering excellence, which has
tangible recognition in its gaining prestigious international awards for product and process innovation and quality
performance. Lawson Engineering is a company name well known in its chosen international markets. Its reputation
has been enhanced by the awarding of a significant number of worldwide patents for the highly innovative products
it has designed. This in turn reflects the commitment to recruiting highly skilled engineers, facilitating positive staff
development and investing in significant research and development.
Its products command premium prices and are key to the superior performance of its customers’ products. Lawson
Engineering has also established long-term relationships with its main suppliers, particularly those making the exotic
materials built into their advanced products. Such relationships are crucial in research and development projects,
some of which take a number of years to come to fruition. Joe Lawson epitomises the ‘can do’ philosophy of the
company, always willing to take on the complex engineering challenges presented by his demanding customers.
Lawson Engineering now faces problems caused by its own success. Its current location, premises and facilities are
inadequate to allow the continued growth of the company. Joe is faced with the need to fund a new, expensive,
purpose-built facility on a new industrial estate. Although successful against a number of performance criteria, Lawson
Engineering’s performance against traditional financial measures has been relatively modest and unlikely to impress
the financial backers Joe wants to provide the necessary long-term capital.
Joe has become aware of the increasing attention paid to the intangible resources of a firm in a business. He
understands that you, as a strategy consultant, can advise him on the best way to show that his business should be
judged on the complete range of assets it possesses.
Required:
(a) Using models where appropriate, provide Joe with a resource analysis showing why the company’s intangible
resources and related capabilities should be taken into account when assessing Lawson Engineering’s case
for financial support. (12 marks)
(a) To: Joe Lawson, Managing Director, Lawson Engineering
From:
Business case for financial support
The treatment of intangible resources is an area of considerable concern to the financial community and in many ways the
situation that Lawson Engineering finds itself, is typical of the current confusion surrounding the value placed on intangible
resources. This in turn reflects a traditional concern that the strategic health and the financial health of a business are not
one and the same thing. Intangible resources cover a wide variety of assets and skills found in the business. These include
the intellectual property rights of patents; brands; trademarks; trade secrets etc through to people-determined assets such as
know-how; internal and external networks; organisational culture and the reputation of the company.
It is important for you to present a case which shows how the investment in intangible resources is just as important a source
of value creation for the customer as is investment in tangible assets such as plant and finance which are traditionally focused
on in financial statements of the firm’s well being. As one source expresses it, ‘for most companies, intangible resources
contribute much more to total asset value’. Kaplan and Norton in a 2004 article on intangible assets go further and argue
that ‘measuring the value of such intangible assets is the holy grail of accounting’. The increasing importance of service
businesses and service activities in the firm’s value chain compound the problems faced in getting a true reflection of the
firm’s ability to create value. One view is that the key value creation activity lies in the relationships a firm has with its key
stakeholders – its customers, suppliers and employees. These relationships develop into distinctive capabilities, defined as
‘something it can do that its competitors cannot’. These distinctive capabilities only become competitive advantage(s) when
the capability is applied to a relevant market. Firms attain a sustainable competitive advantage when they consistently
produce products or services with attributes that align with the key buying criteria for the majority of customers in the chosen
market.
Competitive advantage, to be strategically significant, must have the twin virtues of sustainability and appropriability.
Sustainability means the ability to sustain an advantage over a period of time. Fairly obviously, assets such as plant and
technology may be easily obtainable in the open market, however it is only when they are combined with less tangible
resources that advantages become sustainable over time because competitors cannot easily copy them. Equally significant
are intangible resources such as reputation and organisational culture in that they influence the firm’s ability to hold on to
or appropriate some of the value it creates. If other stakeholders both inside and outside the firm are able to take more than
their fair share of value created – for example customers forcing down prices or employees demanding excessive wage
increases – this will reduce the funds available for the firm to invest in further development of its intangible resources, and
as a consequence begin to weaken its competitive advantage.
Essentially, intangible resources can be separated into those capabilities that are based on assets and those that are based
on skills. As one source puts it asset based advantages are derived from ‘having’ a particular asset and skills based advantages
stem from the ability to be ‘doing’ things competitors are unable to do. Assets are those things that the firms ‘owns’ – the
intellectual property as embodied in patents, trademarks and associated brands, copyrights, recognised by law and
defendable against copying under that law. It is worth noting the effort and investment that many companies are putting into
defending their intellectual property against the threat of copying and piracy. A more recent asset that many firms spend
considerable time and effort in developing are databases on key activities in the firm’s value chain – customer databases are
only one of the possible sources of firm information and know-how. One of the most prized intangible assets is that of the
firm’s reputation which may reflect the power of the brands it has created. Reputation may be easier to maintain than create
and meets the key tests of sustainability. The capability to produce innovation consistently may be instrumental in creating
in the minds of customers the longer-term competitive advantage of reputation. Reputation is argued to represent the
knowledge and emotions the customer may associate with a firm’s product range and can therefore be a major factor in
securing the competitive advantage derived through effective differentiation.
A positive organisational culture, staff know-how and networks are equally important intangible sources of competitive
advantage. These by their very nature may be more dynamic than asset based intangibles and the know-how of employees
in particular is an intangible resource that results in the distinctive capabilities which differentiate the firm from its competitors.
Much has been written about the significance of organisational culture and the way it reflects the style. of top management,
the ‘can do’ culture of Lawson Engineering clearly creates a competitive advantage. One interesting study of how chief
executive officers rate their intangible resources in terms of their contribution to the overall success of the business showed
that company reputation, product reputation and employee know-how were the most highly regarded intangible resources.
Hamel and Prahalad argue that core competences rather than market position are the real source of competitive advantage.
They gave three tests to identify a core competence – firstly the competence should provide potential access to a wide variety
of markets and thus be capable of being leveraged to good effect, secondly, it should be relevant to the customer’s key buying
criteria and thirdly, it should be difficult for competitors to imitate.
The disadvantages of intangibles stem from the differing value placed on such assets and competences by the various
interested stakeholders. How should a company’s reputation be measured? How long will that reputation yield competitive
advantage, particularly in view of how swiftly such reputations can disappear? It seems likely that the financial markets with
their ability to reflect all knowledge and information about the firm in its share price increasingly will take the contribution of
intangibles into account.
Overall the case should be clearly made that the strengths of the company rests in its unique combination of intangible
resources and the capabilities – both internal and external – that it has. Financial health is not always the same as strategichealth and by any objective measure Lawson Engineering is worthy of support.
Yours,
Strategy consultant
Glove Co makes high quality, hand-made gloves which it sells for an average of $180 per pair. The standard cost of labour for each pair is $42 and the standard labour time for each pair is three hours. In the last quarter, Glove Co had budgeted production of 12,000 pairs, although actual production was 12,600 pairs in order to meet demand.
37,000 hours were used to complete the work and there was no idle time. The total labour cost for the quarter was $531,930.
At the beginning of the last quarter, the design of the gloves was changed slightly. The new design required workers to sew the company’s logo on to the back of every glove made and the estimated time to do this was 15 minutes for each pair. However, no-one told the accountant responsible for updating standard costs that the standard time per pair of gloves needed to be changed. Similarly, although all workers were given a 2% pay rise at the beginning of the last quarter, the accountant was not told about this either. Consequently, the standard was not updated to reflect these changes.
When overtime is required, workers are paid 25% more than their usual hourly rate.
Required:
(a) Calculate the total labour rate and total labour efficiency variances for the last quarter. (2 marks)
(b) Analyse the above total variances into component parts for planning and operational variances in as much detail as the information allows. (6 marks)
(c) Assess the performance of the production manager for the last quarter. (7 marks)
(a)BasicvariancesLabourratevarianceStandardcostoflabourperhour=$42/3=$14perhour.Labourratevariance=(actualhourspaidxactualrate)–(actualhourspaidxstdrate)Actualhourspaidxactualrate=$531,930.Actualhourspaidxstdrate=37,000x$14=$518,000.Thereforeratevariance=$531,930–$518,000=$13,930ALabourefficiencyvarianceLabourefficiencyvariance=(actualproductioninstdhours–actualhoursworked)xstdrate[(12,600x3)–37,000]x$14=$11,200F(b)PlanningandoperationalvariancesLabourrateplanningvariance(Revisedrate–stdrate)xactualhourspaid=[$14·00–($14·00x1·02)]x37,000=$10,360A.LabourrateoperationalvarianceRevisedratexactualhourspaid=$14·28x37,000=$528,360.Actualcost=$531,930.Variance=$3,570A.Labourefficiencyplanningvariance(Standardhoursforactualproduction–revisedhoursforactualproduction)xstdrateRevisedhoursforeachpairofgloves=3·25hours.[37,800–(12,600x3·25)]x$14=$44,100A.Labourefficiencyoperationalvariance(Revisedhoursforactualproduction–actualhoursforactualproduction)xstdrate(40,950–37,000)x$14=$55,300F.(c)AnalysisofperformanceAtafirstglance,performancelooksmixedbecausethetotallabourratevarianceisadverseandthetotallabourefficiencyvarianceisfavourable.However,theoperationalandplanningvariancesprovidealotmoredetailonhowthesevarianceshaveoccurred.Theproductionmanagershouldonlybeheldaccountableforvarianceswhichhecancontrol.Thismeansthatheshouldonlybeheldaccountablefortheoperationalvariances.Whentheseoperationalvariancesarelookedatitcanbeseenthatthelabourrateoperationalvarianceis$3,570A.Thismeansthattheproductionmanagerdidhavetopayforsomeovertimeinordertomeetdemandbutthemajorityofthetotallabourratevarianceisdrivenbythefailuretoupdatethestandardforthepayrisethatwasappliedatthestartofthelastquarter.Theovertimeratewouldalsohavebeenimpactedbythatpayincrease.Then,whenthelabourefficiencyoperationalvarianceislookedat,itisactually$55,300F.Thisshowsthattheproductionmanagerhasmanagedhisdepartmentwellwithworkerscompletingproductionmorequicklythanwouldhavebeenexpectedwhenthenewdesignchangeistakenintoaccount.Thetotaloperatingvariancesaretherefore$51,730Fandsooverallperformanceisgood.Theadverseplanningvariancesof$10,360and$44,100donotreflectontheperformanceoftheproductionmanagerandcanthereforebeignoredhere.
(ii) vehicles. (3 marks)
(ii) Vehicles
■ Agreeing opening ledger balances of cost and accumulated depreciation (and impairment losses) to the non-current
asset register to confirm the comparative amounts.
■ Physically inspecting a sample of vehicles (selected from the asset register) to confirm existence and condition (for
evidence of impairment). If analytical procedures use management information on mileage records this should be
checked (e.g. against milometers) at the same time.
■ Agreeing additions to purchase invoices to confirm cost.
■ Reviewing the terms of all lease contracts entered into during the year to ensure that finance leases have been
capitalised.
■ Agreeing the depreciation rates applied to finance lease assets to those applied to similar purchased assets.
■ Reviewing repairs and maintenance accounts (included in materials expense) to ensure that there are no material
items of capital nature that have been expensed (i.e. a test for completeness).
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