Answer:
arithmetic average growth rate = (4% + 3.37% + 5.12% + 3.1%) / 4 = 3.9%
we need to find the required rate or return (RRR) in the following formula:
stock price = expected dividend / (RRR - growth rate)
- expected dividend = $2.33 x 1.039 = $2.42
- stock price = $55
- growth rate = 0.039
55 = 2.42 / (RRR - 0.039)
RRR - 0.039 = 2.42 / 55 = 0.044
RRR = 0.083 = 8.3%
geometric average growth rate = [(1.04 x 1.0337 x 1.0512 x 1.031)¹/⁴] - 1 = 3.89%
again we need to find the required rate or return (RRR) in the following formula:
stock price = expected dividend / (RRR - growth rate)
- expected dividend = $2.33 x 1.0389 = $2.42
- stock price = $55
- growth rate = 0.0389
55 = 2.42 / (RRR - 0.0389)
RRR - 0.0389 = 2.42 / 55 = 0.044
RRR = 0.0829 = 8.29%
Answer:
The correct answer is Production loss.
Explanation:
The quantifiable cost associated with the interruption of the operation of a pump is low when compared to the cost throughout its useful life in an installation carried out in a commercial building. However, the loss of comfort suffered by users of the building makes it advisable to have a spare pump.
Unlike what happens in production processes, stopping a pump from a commercial building almost never results in a loss of production. On the contrary, the interruption is usually translated into a loss of comfort. However, the immeasurable costs associated with downtime may be even higher if, for example, hotel guests run out of water. Therefore, it is always advisable to install a replacement pump to prevent comfort losses caused by an unexpected failure in the pumping system. The communication capabilities of electronically controlled pumps E help minimize downtime because replacement and repair work can be completed more quickly in the event of a breakdown. A backup pump is used to prevent downtime and consequent loss of comfort in the event of a breakdown.
Answer:
can u tell me what it is and I'll help
Answer:
the answer is E hope that helps you
I will assume this is a true or false question, the answer is true. Requirements analysis, likewise called requirements engineering, is the way toward deciding client desires for another or altered item. These elements, called necessities, must be quantifiable, significant and point by point. In programming building, such necessities are frequently called utilitarian particulars.
