Answer:
The correct answer is: formal
.
Explanation:
The informal leader is defined as the one who influences other members of a work group or team; In most cases, they are not recognized by the formal power structure, nor do they receive extra compensation or benefit, nor do they have formal interference to fire or hire staff. They are individuals who, without the formal title or authority, act as defenders of the organization and raise their contribution and that of others through influence, knowledge, expertise and relationship building; acting generally? Below the water? as facilitators and motivators.
Within the group they play a decisive role in its effectiveness, due to its influence on the beliefs and expectations of its members, by setting goals and feedback. In addition, the informal leader maintains a reliable reputation as a source of reliable information, since it is the same group members who give them authority.
They use their influence to shape strategies, establish basic norms and values, allocate resources, coordinate intergroup efforts and negotiate with individuals outside the group. They learn to unite different groups of people with common interests or networks, while fostering and cultivating relationships within and outside the group. Not only do they create networks, but they become catalysts for others to form new communities throughout the organization.
Answer:
$1,135.05
Explanation:
Given:
Sales = $15,900
Net new equity = $500
Dividend payments = $75
Retained earnings = $418
Depreciation = $680
Interest expense = $511
Tax rate = 21% = 0.21
Now,
Net income = Retained earnings + Dividend payments
= $418 + $75
= $493
Profit before tax = Net income ÷ ( 1 - tax rate )
= $493 ÷ ( 1 - 0.21 )
= $624.05
Therefore,
Earnings before interest and taxes
= Profit before tax + Interest expense
= $624.05 + $511
= $1,135.05
Answer:
If you have not been trained to process damages / final disposition items and you need to dispose of Front Store items that may be considered hazardous waste, you must contact the Manager-on-Duty.
If you have been trained and assigned, you should be able to read product labels to determine if a product may be considered hazardous waste when scanning.
Moreso, if in doubt and If someone is not available to answer your question about a waste, you should immediately place the item in a StrongPak self-sealing bag and set it aside in the damages processing area until a properly trained person can make a hazardous waste determination.
Every drug sales outlet uses a waste management program to properly manage hazardous waste until it is picked up by Stericycle for disposal at a licensed facility.
Also, check for the 2 x 2 Returns Window, to determine if an expired bottle of a drug could be returned.
Answer:
The bargaining power of customers
.
Explanation:
As Bethany wants to buy a pair of designer boots and to find the best price, she searches the Internet and compares prices among the eight sites that sell the boots, she is using the bargaining power of buyers or customers from the Porter's five competitive forces. This force illustrates that customers are definitely have many options available with them for buying a particular product. Customers will be having much power when the number of available options increases because it becomes very easy for the customers to choose from those options or they can switch to some other seller quite easily and quickly in this case. Conversely, consumers will have less power when there are only fewer options present in the market. In this case Bethany has 8 different web sites present in front of her and with the single click of mouse button and flick of her fingers, she can easily compare the prices and options, that's why she can practice her bargaining power.
Answer:
s = $13,014.22
Explanation:
Sample values: $40,632, $35,554, $42,192, $33,432, $69,479 and $43,589
Sample size = 6
The standard deviation of a sample (s) is given by:

Where X is the sample mean, n is the sample size, and xi is each value in the sample.
The sample mean is given by:

The standard deviation is:
