Had to look for the options and here is my answer. Based on digital forensics's basic methodology, the very first thing that should be done upon investigation is the identification of relevant items of evidentiary value or known as EM. Hope this answers your question.
Answer:
Number 4 is correct. <u>Mass customization.</u>
Explanation:
In this question, the most appropriate alternative is mass customization.
It can be defined as a process where companies produce goods and services for an expanded market, but that such products are modified and personalized to meet the needs and desires of a potential customer.
Mass customization allows the company to produce customized products with the advantage of productive flexibility and low unit costs that come from the mass manufacturing process.
This is a marketing strategy that is used to generate value for the consumer, since the company is able to offer a product with greater added benefits and at the same time maintain low manufacturing costs, which creates value and increases consumer satisfaction.
Based on the information given the amount of quick assets is $128,694.
Using this formula
Quick assets = Cash + Marketable securities + Accounts receivable
Where:
Cash=$16,106
Marketable securities=$37,992
Accounts receivable=$74,596
Let plug in the formula
Quick assets =$16,106 + $37,992+ $74,596
Quick assets = $128,694
Inconclusion the amount of quick assets is $128,694.
Learn more about quick assets here:brainly.com/question/11209470
The more complex the task the more difficult it is to reach goals. People are more likely to achieve goals when tasks are easier. Simplifying tasks can help goal setting.
Answer:
10.9 per unit
Explanation:
Total manufacturing cost per unit= Material cost per unit + Conversion cost per unit
Material Cost per Unit= Total materials cos / Equivalent units of materials
Material cost per unit = 55000 / 10000 = 5.5
Conversion cost per unit = Total conversion costs / Equivalent units of conversion costs
Conversion cost per unit = 81,000 / 15000 = 5.4
Hence, Total manufacturing cost per unit = 5.5 +5.4 = 10.9 per unit
