Answer:
The correct answer is True.
Explanation:
At the end of a common agreement, there is no consequence for any of the parties, since it is their will to end the contract that they previously agreed to sign
Termination of the lease by the lessor.
The lessor may unilaterally terminate the lease under the conditions established by law, paying any compensation that may arise.
The law expressly establishes when and why the lease can be terminated by the lessor, and only in those cases can the contract be terminated without there being room for the payment of a penal clause or non-compliance, if any, since in those cases the law in particular established how and why to terminate the contract, and set the penalties to which there is room.
 
        
                    
             
        
        
        
Answer:
a. estimate the amount to mitigate high impact and probable issues.
Explanation:
In project management, a contractor can be defined as an individual or organization that temporarily undertakes a project in order to create a unique result, product, and service.
A contingency is an amount of money which is added to the initial or standard cost estimate so as to cover risk exposure and any uncertainty.
When making contingency estimates, the contractor should estimate the amount to mitigate high impact and probable issues.
As a result of uncertainties that are peculiar to everything in life, most especially projects undertaken, it is very important and necessary that the contractor should set aside an amount of money to mitigate or lessen any high impact such as dwindling prices, miscellaneous, faults, repairs and other probable issues that may arise in the process of execution. 
 
        
             
        
        
        
Answer:
return of the asset =  13.94%
return of the asset =  13.11%
return of the asset = 11.46 % 
Explanation:
given data 
average return = 14.60 percent
geometric average return = 10.64 percent
observation period = 25 years
solution
we get here return of the asset over year  by Blume formula that is
return of the asset = ( T- 1 ) ÷ ( N - 1)  × geometric average + ( N -T)  ÷ ( N - 1)  × arithmetic average   ..................1
here N is observation period and T is time 
put value in equation 1 
return of the asset =  
 
return of the asset = 0.1394 = 13.94%
and 
return of the assets = 
return of the asset = 0.13115 = 13.11%
and 
return of the assets = 
return of the asset = 0.11465 = 11.46 % 
 
        
             
        
        
        
Answer:
The Pareto principle
Explanation:
The Pareto principle asserts that 80 percent of output will come from 20 percent of inputs. In different words, 80 percent of the results will come from 20 percent of the action.  The Pareto principle is only an observation, not a law. The principle is applicable in business and almost all other disciplines. 
In applying the Pareto principle, a business recognizes its best assets as uses efficiently to gain maximum value.  The principle observes that similar amounts of input will yield different outputs. For business, results will never be evenly distributed, hence the need to identify and appreciate the minority inputs that will produce the majority of results. 
 
        
             
        
        
        
The answer is: 30 Trips
Total fans = 100,000
<u>The amount of fans that need satelite parking </u>
= 100,000 x 42% 
= 42,000 fans
<u>There are 20 buses and each of them can carry 70 fans in one trip. So the maximum number of fans that all of them can carry in one trip:</u>
= 70 x 20
= 1400 fans
<u>Total trips that each bus need to take all fans to stadium </u>
= 42,000 / 1400
= 30 trips