Answer: b. Yes, he can subpoena records during the discovery process from both, but the bank and the app store may ask the judge to deny the request or limit the request due to privacy concerns.
Explanation:
Marcus can indeed compel the bank or the app store to provide additional information about the creator of the app should he wish to find out the creator's location and its potential assets so he can purse the case appropriately legal wise.
He can do this by subpoenaing the required information when laying the background for the suit. As this information is considered private and confidential however, both the bank and the store could appeal to the Judge to refuse Marcus's request on the grounds of privacy concerns. 
 
        
             
        
        
        
Answer: (a ) 4 per hour (b ) 4.5 minutes (c ) 3 minutes 
Explanation:
Average time between customer arrival = 15 minutes
Average service time = 10 minutes
(a) To calculate the customer arrival rate 
Arrival rate = 1 / time between Arrival
= 1 / 15 
= 0.066 × 60
= 4 per hour
(b) To calculate the average number of customers in queue
( Arrival time )^2 / service time ( service time - Arrival time)
= (15)^2 / 10 ( 10 - 15)
= 225 / 10 (-5)
= 225 / 50
= 4.5 minutes
(c) To calculate the average time customers spend in the system 
Arrival time / service time - Arrival time 
= 15 / 10 - 15
= 15/ -5
= 3 minutes
 
        
             
        
        
        
Answer:
Goodwill
Explanation:
Goodwill is an intangible asset, reported on the balance sheet asset side. It is used yearly for the impairment tests.
When the company purchase another company and its purchase price is more than the fair value of the net asset so the excess amount would be called as a goodwill 
The fair value of the net asset is come from subtracting the
= Company assets - company liabilities 
 
        
             
        
        
        
Answer:
Instructions are below.
Explanation:
Giving the following information:
Total fixed costs= 300,000
Total costs= $450,000
Units= 120,000
A) Unitary variable cost= 150,000/120,000= $1.25
B) Units= 75,000
<u>The fixed costs remain constant no matter how many units are made (between relevant ranges).</u>
Total fixed costs= $300,000
C) UNits= 160,000
Total variable costs= 1.25*160,000= $200,000
D) Units= 180,000 
Total fixed costs= 300,000
Total variable costs= 1.25*180,0000= 225,000
Total costs= $525,000