Answer: See explanation
Explanation:
To convert to Celcius scale from Kelvin, the formula to use is:
Temperature in Celcius = Temperature in Kelvin - 273
a. 450k
Temperature in Celcius = Temperature in Kelvin - 273
= 450 - 273
= 177°Celcius
(b) 273 k
Temperature in Celcius = Temperature in Kelvin - 273
= 273 - 273
= 0°C
(c) 73 k
Temperature in Celcius = Temperature in Kelvin - 273
= 73 - 273
= -200°C
<span>One variable is demand, which states that the inventory item of interest has a constant demand per period.
Demand is the insistent request of an item. When demand changes of a good or service, it changes the companies revenue because when the item is in high demand, they often sell a lot. On the other hand, when an item is in low demand, they do not sell very much. </span>
Answer:
<u>The actual direct labor hours are 45,000.</u>
<u>The overhead rate for Year 2 is $1.74.</u>
Explanation:
Compute the actual direct labor hours:
<u>Therefore, the actual direct labor hours are 45,000.</u>
Compute the overhead rate for Year 2:
<u>Therefore, the overhead rate for Year 2 is $1.74.</u>
<u />
Working note:
Calculate the overhead rate for Year 1:
Answer:
Correct Answer: The least likely question to be included in the ethic test is:
A) What Health-Tech employees will be affected by my actions?
Explanation:
This is because, it does not have a direct implication to the code of conduct expected by the Health-Tech's company when compared with others. <em>For example, seeing a fraud going on in the company, it is expected that the staff should report to the appropriate management staff irrespective of whether the action would affect the staff's friend or not.</em>
Answer:
The correct answer is underwriting.
Explanation:
The insurance involves the transfer of risks that tries to eliminate some of the negative economic consequences of the claims, so that the amount of the damages or losses that a part suffers are distributed among a community of people that jointly supports it, with a much smaller effect than if the damage arises individually. From a mathematical point of view, insurance transforms the risks to which people are subjected to bearable probabilities through an organization.
