Answer:
$50,000
Explanation:
Note: There is an assumption that the payment is yearly payment & is received at the end of every year
Present Value of Perpetuity = Payment Receivable in 1st year/ (Discount rate - Growth rate)
Present Value of Perpetuity = 500/(2%-1%)
Present Value of Perpetuity = 500/0.01
Present Value of Perpetuity = $50,000
So, the present value of all the future trust payments is closest to $50,000
The correct answer is: " management" .
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" <u> Management </u> is the attainment of organizational goals in an effective and efficient manner through planning, organizing, leading, and controlling organizational resources. "
____________________________
An effective "mnemonic" for these 4 (four) components of management is:
"PLOC" ; or more appropriate, in the order in which they occur: "POLC" .
____________________________
Note that "organizational resources" include "data" (e.g. data management) ; as well as management of employees among various departments; hierarchies of management among departments; supply chain marketing and management, and labor-management relations and human resources management.
Effective management skills include: conceptual skills, technical skills, and human skills.
____________________________
Answer:
See explanation section
Explanation:
Give
The cost value for each of the inventory item is as follows:
Product Cost Price
D $88
E $94
F $94
G $94
H $59
I $42
Now, we determine the net realizable value for each of the product:
Net Realizable Value = Selling price - Cost to compete - Selling costs
Product Net Realizable Value
D $93
E $73
F $70
G $41
H $82
I $47
Now, using the LCNRV (Lower of cost or Net Realizable Value) rule, the proper unit value for balance sheet reporting purposes at December 31, 2020, for each of the inventory items -
Product LCNRV
D $88
E $73
F $70
G $41
H $59
I $42
Answer:
The systematic portion of the unexpected return is 1.180% and the unsystematic portion was 0.288%
Explanation:
E(R) = 0.034 + 1.18*(0.108 - 0.034) = 0.12132
R - E(R) = 0.136 - 0.12132 = 0.01468
RM - E(RM) = 0.118 - 0.108 = 0.01
[RM - E(RM)] * Beta = 0.01 * 1.18 = 0.0118 = 1.180%
[R - E(R)] - [RM - E(RM)] * Beta = 0.01468 * 0.0118 = 0.00288 = 0.288%
