Explanation:
An economics degree gives you a high level of mathematical and statistical skills and the ability to apply economic principles and models to problems in business, finance and the public sector. ... numeracy - handling complex data and techniques of mathematical and statistical analysis. problem-solving. analytical skills
Answer: Deferred income which must be a liability accounts.
Explanation:
Revenue earned on a service is recognised when the service has been performed, it's probable that economic benefits of the services will be enjoyed by the client, the price of the services can be measured reasonably, cost Incurred on the performance of the services can be measured reasonably.
On the above scenario the services has not been perform, the cost of performance cannot be measured, these and more shows that Jaguar cannot recognize the sum as an income but rather as a deferred income(liabilities) which will later be transferred to income accounts as the necessary conditions for recognition as income are met.
Answer:
The answer is option (D) management accountant.
Explanation:
A management accountant is an employee who prepares financial and non-financial data, verify the data, interpret information from such data and combine them (both financial and non-financial) in order present a complete picture of the business.
The results of management or managerial accounting help a company make informed business decisions that would ensure the success of the business and help sustain it.
Answer:
a) Message flows represent exchanges between pools.
Explanation:
Under a Business Process Model and Notation, otherwise known as BPMN for short, a Message Flow is a term that is used to describe or depict the actual exchange or the flow of messages occurring within two individuals that are enabled to carry out the exchange of messages between them
Hence, in this case, the correct answer is option A. a) Message flows represent exchanges between pools.
If your client chooses to invest $90,000 of her portfolio in your equity fund and $60,000 in a t-bill money market fund. The reward-to-volatility (sharpe) ratio for the equity fund is: 0.2954.
<h3>
Reward-to-volatility (sharpe) ratio</h3>
Using this formula to determine the reward-to-volatility (sharpe) ratio for the equity fund
Reward-to-volatility (sharpe) ratio = Portfolio risk premium / Standard Deviation
Where:
Portfolio risk premium = 13%
Standard Deviation = 44%
Let plug in the formula
Reward-to-volatility (sharpe) ratio = 13% / 44%
Reward-to-volatility (sharpe) ratio = 0.2954
Therefore we can conclude that 0.2954 is the sharpe ratio.
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