Answer:
c.
Explanation:
Based on the scenario being described within the question it can be said that this enhances affiliation with the customer. In other words it allows one to connect or associate themselves with their customers in order to see everything how they do. Doing so allows the company to know what the customers want and/or need in order to produce/provide them with those things.
In order for a CPA to accept a gift from a client, Adequate safeguards exist to prevent any threats to compliance with the Integrity and Objectivity rule
<h3>When can a CPA take a gift from a client?</h3>
A Certified Public Accountant (CPA) is someone who has to abide by the highest ethics in the accounting profession so as to protect the integrity of financial statements and the accounting profession in general.
A CPA can therefore not be seen to be influenced by their client in a way that brings bias such that financial statements cannot be trusted. One way this can happen is if the CPA accepts a gift from the client.
To avoid this, the gift accepted must be in line with integrity and objectivity rules that ensure that the independence of the Certified Public Accountant (CPA) is protected.
In conclusion, a Certified Public Accountant (CPA) can accept a gift if Adequate safeguards exist to prevent any threats to compliance with the Integrity and Objectivity rule
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Explanation:
They use a minimum amount of resources for the amount of outputs produced.
Answer:
Y= 6000 + 0.75X
Explanation:
High and low cost technique
Using the a high and low technique, total cost can be analysed and separated into fixed and variable portion. This analysis helps in the forecast of cost and therefore important for the preparation of budget.
<em>Variable cost of maintenance</em>
= (Cost at high activity - Cost at low activity)/ (high activity - low activity)
VC per act. = ( $15000 - $12000)/(12,000-8000)
= $0.75 per activity
<em>Fixed cost of maintenance</em>
= Total cost at high activity - (VC per act × high activity)
= $15,000 - ( $0.75 × 12,000)
= $6,000
The cost formula will be:
Y= 6000 + 0.75X
Where Y = maintenance cost, X= level of activity