CCEA A-Level Professional Business Services 3210
The Business Environment
The Professional Business Services Sector
The Consultancy Process
Understanding the Client's Market
Client Relationships
Business Ethics
Persuading, Negotiating and Influencing
Business Planning and Risk Management
Government Regulation
Organisational Structure and Culture
Recruitment and Selection
Learning and Development
Employee Well-Being and Motivation
Managing Conflict
Business Research Methods
Sources of Finance
Cash Flow
Financial Statements
Ratio Analysis
Investment Appraisal and Financial Decisions
IT Systems and Communication Technology
Technology for People and Operations
Technology for Finance and Disaster Recovery
Big Data and the Ethics of Technology
Leadership and Management
Managing Teams
Managing Change
Project Management and Feasibility
Project Initiation and Planning
Investment Appraisal and Financial Decisions
Appraising an investment for a client
- 3 things to know
- AS 3
Overview
Steps in appraising a client investment, worked payback and NPV comparisons for cloud systems and projects, resale values, scenarios and the adviser's report.
What you need to know
Answer each one before you reveal it.
What steps should an adviser follow when appraising an investment for a client?
A Derry accountancy practice is considering a £45,000 cloud accounting system that saves £18,000 a year for three years. What is its payback period?
Questions from this subtopic
Each one with the model answer underneath.
- 1
What steps should an adviser follow when appraising an investment for a client?
Model answer
The adviser first forecasts the cost and yearly net cash flows of each option. The adviser then applies payback and NPV and compares the results with the client's targets.
- 2
A Derry accountancy practice is considering a £45,000 cloud accounting system that saves £18,000 a year for three years. What is its payback period?
Model answer
The payback period is 2 years and 6 months. The working is £45,000 ÷ £18,000 = 2.5 years, and 0.5 × 12 = 6 months.
- 3
A £45,000 cloud accounting system saves £18,000 a year for three years. Using discount factors of 0.909, 0.826 and 0.751, calculate its NPV.
Model answer
The NPV is −£252, so the system falls just short at 10%. The present values are £16,362, £14,868 and £13,518, totalling £44,748. The working is £44,748 − £45,000 = −£252.
- 4
A £45,000 system pays back in 2 years and 6 months but has an NPV of −£252 at 10%. What should the adviser recommend?
Model answer
On the figures alone the system is not worthwhile at 10%, although the shortfall is small. The adviser could recommend it if it brings gains not in the figures, such as fewer errors.
- 5
A £45,000 cloud system would save £20,000 a year for three years. Using discount factors of 0.909, 0.826 and 0.751, what is its NPV?
Model answer
The NPV is £4,720, so the system is worthwhile at 10%. The working is £20,000 × 2.486 = £49,720, then £49,720 − £45,000 = £4,720.
- 6
What yearly saving would give a £45,000 three-year project an NPV of zero, if the three discount factors add up to 2.486?
Model answer
A saving of about £18,100 a year gives an NPV of zero. The working is £45,000 ÷ 2.486 = £18,101.
Other ways to work this
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