Answer:
$16,800
Explanation:
Calculation to determine how much will the customer receive in each dividend payment
First step is to calculate the ADR
ADR=$560,000 / $56
ADR= 10,000 ADR shares.
Note that U.S. market ADR will be either be 1/5th or $56 per U.S. ADR
Second step is to calculate the Semiannual annual dividend rate per ordinary share
Semiannual annual dividend rate per ordinary share =[(12 BP/2)*1/5th ADR worth ]*$1.40 exchange rate
Semiannual annual dividend rate per ordinary share =(6BP* *1/5th ADR worth)*$1.40 exchange rate
Semiannual annual dividend rate per ordinary share =$1.2per ADR share*$1.40 exchange rate
Semiannual annual dividend rate per ordinary share =$1.68
Now let calculate how much will the customer receive in each dividend payment
Dividend payment = $1.68 per ADR share x 10,000 shares
Dividend payment = $16,800
Therefore how much will the customer receive in each dividend payment is $16,800
Answer:
Roger has just recognized that he has a problem or an unsatisfied need.
Explanation:
The first step in the consumer buying process is recognizing a problem or unsatisfied need. The customer's reality crashes with the customer's desires. At this point the customer realizes that he/she has a good reason to buy something, since he must satisfy his/her unsatisfied need or solve the problem.
Answer:
Accrued Interest - $5,333.33
Explanation:
At the end of the year, due to the matching principle, expenses of the same period need to be matched with that period and 'expensed' in the same year.
In the scenario above there has been 4 months out of 9 used in the current year, hence as at December 31st. 4 months interest will be included in the current year and 5 months interest will be attributable to the following future.
4 months / 9 months * 6% * 200,000 = $5333.33
In consonance with the <em>accrual basis of accounting</em>, the amount of accrued interest that will be recorded with adjusting entries will be:
Dr Interest expense - 5,333.33
Cr Accrued Interest - 5,333.33
Answer:
Marginal Product is 2
Explanation:
Marginal Product (MP) is defined as the ration of change in quantity of output produced to the change in quantity of input raw material
Change in quantity of input raw material 
Change in quantity of output of products = 13 - 9 = 4
Marginal Product (MP) 
Marginal Product is 2
Answer:
16.25;
g(f(x)) ;
76 ;
f(g(x))
Explanation:
For 15 off
f(x) = x - 15
For 35% off
g(x) = (1 - 0.35)x = 0.65x
g(x) = 0.65x
A.)
For the $15 off coupon :
f(x) = x - 15
f(x) 40 - 15 = 25
For the 35% coupon :
g(x) = (1-0.35)x
g(x) = 0.65(25)
g(x) = 16.25
B.)
Applying $15 off first, then 35%
Here, g is a function of f(x)
g(f(x))
Here g(x) takes in the result of f(x) ;
For the $140 off coupon :
f(x) = x - 15
f(140) = 140 - 15 = 125
For the 35% coupon :
g(125) = (1-0.35)x
g(124) = 0.65(125) = $81.25
C.)
x = 140
g(x) = 0.65x
g(140) = 0.65(140)
g(140) = 91
f(x) = x - 15
f(91) = 91 - 15
f(91) = 76
D.)
Here, F is a function of g(x)
f(g(x))
f(x) = (0.65*140) - 15