The effect that the newly installed air conditioning system would have on the property's effective age would be: it decreases it.
<h3>What is a Property's Effective Age?</h3>
The effective age of a property can be described as the reflection of the true life of the property that is left remaining, based on the life expectancy that is typical of equipment or buildings that are similar to it and their usage.
So, when a property owner installs a new air conditioning system on a property, the air conditioning system, can cause wear and tear to the property which reduces how long the property can serve its purpose.
Therefore, we can conclude that the effect that the newly installed air conditioning system would have on the property's effective age would be: it decreases it.
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Answer:
D. Break your report into modules and put highly detailed information in an appendix.
Explanation:
According to the question above, it is observed that when writing the report on new regulations that affect your company, the main objective is to reach the executives, who are busy and will read your report quickly, so the ideal is that the report is written with highly detailed information in an appendix and the report is divided into modules, with the aim of executives to access the most important information and the parts that most interest them more quickly.
Therefore, the report must be complete and contain all information about the subject in question, as it should also reach members of the secondary and tertiary public, they will probably read more slowly and carefully.
Answer:
c. increasing; $62.5
Explanation:
The computation is shown below;
As we know that
Multiplier = 1 ÷ 1 - MPC
= 1 ÷ 1 - 0.75
= 1 ÷ 0.25
= 4
Now if the equilibrium GDP is $250 billion less than the expected level of GDP
So, the government spending would be increased by
= $250 billion ÷ 4
= $62.5
Hence, the correct option is c.
Answer:
Y=38.8
Y will increase by 38.8
Y=246+38.8
Y=284.8
Explanation:
Y=A. F(K, L)
Y=A. K^0.3, L^0.7
Then
Y=246
A=1
K=2000
N or L=100
Solutions
200=1(2000^0.3, 100^0.7)
Now the question says both k & N are increased by 0.20
Therefore
Y=1(2400^0.3, 120^0.7)
Y=1(10.3 + 28.5)
Y=38.8
Answer:
A buyer would be willing to pay at most $24,000.
Explanation:
There is a 40% chance of getting low quality cars.
Value of high quality car is $30,000.
Value of low quality car is $15,000.
Price of car that buyer will be willing to pay
=40% of lower quality+60% of higher quality
=40% of $15,000+60% of $30,000
=0.4*15,000+0.6*30,000
=$6,000+$18,000
=$24,000
So, the buyers will be willing to pay a maximum value of $24,000.
