Answer:
focus on a client-server model
Explanation:
In this scenario, the best advice that can be given would be to focus on a client-server model. Since almost all of the applications that will be used by the employees are server-based it would be best to focus on only implementing the minimum necessary hardware for the 30 employees. So much so that they are able to access the server correctly but without adding excessive hardware power that would simply be overkill. Since the company already has all the necessary LAN switches it would be fairly simple to connect all of these machines together and 50 Mbps is more than enough for data transfer.
Answer:
Results are below.
Explanation:
<u>To calculate the activities rates, we need to use the following formula on each pool:</u>
Predetermined manufacturing overhead rate= total estimated overhead costs for the period/ total amount of allocation base
Pool 1= 20,000/10,000= $2 per direct labor dollar
Pool 2= 15,000/50= $300 per setup
Pool 3= 10,000/200= $50 per hour
<u>Now, we can allocate costs to each product:</u>
Allocated MOH= Estimated manufacturing overhead rate* Actual amount of allocation base
Product A:
Pool 1= 2*4,000= 8,000
Pool 2= 300*20= 6,000
Pool 3= 50 *50= 2,500
Total allocated costs= $16,500
Product B:
Pool 1= 2*6,000= 12,000
Pool 2= 300*30= 9,000
Pool 3= 50 *150= 7,500
Total allocated costs= $28,500
Answer:
d. $96,914
Explanation:
Parker Co. can execute money market hedge in following steps:
(1) Parker Co. pledges Receivable of SF200,000 to borrow SF190,476 with rate 5% in Switzerland; SF190,476 = SF200,000/ (1+5%)
so it has to pay interest expense of SF9,524 in 360 days. The receivable of SF200,000 is enough for both principal and interest in 360 days.
(2) Then it sells SF190,476 at spot rate $0.48 to get $91,428
(3) Then it deposits $91,428 in US with rate 6% to get back $96,914 in 360 days
; $96,914 = $91,428 * (1+6%)
I believe u should not give put loans at all ,or make the interest rate very low so they 'll have a better chance to pay it off
