Answer: encoding
Explanation:
Considering the communication process, an advertisement of a particular copier machine model would be considered encoding.
Encoding simply helps in the translatation of the idea relgarding a message into symbols or words which should be easily understood by the receiver. The copier machine is sending tothe sender.
Answer:
The production exhibit both scope economics and scale economics. They are not mutually exclusive.
Explanation:
Looking at the scenario critically, we will clearly see the tendency of a scope economics. Scope economics basically hinges on getting a competitive advantage, essentially because of producing in large quantities and numbers. Riverside Ranger logo T-shirts exhibits this as it produce its products in large numbers, producing 1000 pieces of a particular design in 1 hour.
In same breath, we also have the scale economics exhibited by the organization. Taking a deeper look at the cost representation, we will see that the average cost tend to reduce as the production increases. Thus, an economic of scale is achieved here by leveraging on the mass and swift production style of Riverside Rangers logo T-shirts.
Answer:
4
Explanation:
Given:
A company employs two office assistants for every nine architects and
ratio is given = 2:9
Question asked:
How many new office assistants will it need to hire as it plans to hire eighteen new architects = ?
Solution:
Let ratio of new office assistants = 
Ratio of two office assistants for every nine architects = 2:9
By using formula of ratio and proportion:
Ratio of two office assistants for every nine architects : : ratio of new office assistants for eighteen new architects,
2 : 9 : : : 18
By cross multiplication,
Dividing both side by 9,
Thus, 4 new office assistants will it need to hire.
Answer:
$50,000
Explanation:
Since the partnership is valued at $300,000, then each partner's stake = $300,000 / 3 = $100,000
that means that each partner must purchase 2 policies (one for each of the other partners) that covers his/her stake = $100,000 / 2 policies = $50,000 per policy
