Answer:
Stakeholder's Tolerance Level.
Explanation:
Stakeholders' tolerance levels are key to completing a full risk management plan. This is because the tolerances are critical to determining which hazards need to be accepted and the ones to be limited. Basically, a stakeholder risk tolerance seeks to determine, assess and gauge the general level of risk an entity is willing to undertake and/or accept.
When an organization intends to do a project, for instance, varying reports including feasibility reports need to be come up with to assess the realization objective of the project. While coming up with this, an organization must assess its tolerance levels as to factors that may hinder the realization of the underlying goal.
There are often two categories of tolerance level. A high tolerance, and a low tolerance. A high tolerance in this instance would be more opened to factors that might put the project into high risk tendency. Whereas, the opposite is the low tolerance, as this is not opened to high risk tendency. However, to arrive at this, an organization will need to come up with a comprehensive management plan, detailing the risk levels, appetite and how aversive they could be in undergoing a given concern. Tolerance levels should be evaluated at critical decision making juncture. From the input, quality, performance, in process, and other essential line items. Tolerance level is set across all functions. This will thus form a general guide an organization intends to pursue.
Answer:
<u>Lateral moraine</u>
Explanation:
It is important to note the duration of years here; 150 years ago. The Lateral moraine is a very familiar image when dealing with glaciers.
Therefore, the Lateral moraine would be most useful for tracing valuable gold deposits back to their bedrock source area since it is also an unconsolidated debris that is found on the side of glaciers.
Answer:
Interest earn= $80.14
Explanation:
Giving the following information:
PV= $1,000
i= 7%
n= 3
<u>First, we will calculate the future value at the second year:</u>
FV= PV*(1+i)^n
FV= 1,000*(1.07^2)
FV= 1,144.9
<u>Now, for the third year:</u>
FV= 1,144.9*1.07= 1,225.04
Interest earn= 1,225.04 - 1,144.9= $80.14
Answer:
$28
Explanation:
Step 1:
If a company sells a product at $60 each and makes a sale of $15,000, the number of units of items produced is
$15,000 ÷ $60 = 250 units.
Step 2:
To calculate the company's contribution margin per unit,
we have, (unit selling prices - unit production cost)
unit selling price is #60
unit cost of production is (total cost of prodcution ÷ number of units)
total cost of production is $4,000+ $1,000+ $2,000+ $1,000 = $8000
Unit cost of production is $8000 ÷ 250 = $32
i.e it takes $32 to manufacture 1 product.
Contribution margin = $60 - $32
= $28
∴ the contribution margin is $28.
Cheers.
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