Answer:
D1 = $3.50
D2 = $3.50
D3 = $3.50
Ke = 10% = 0.1
Po = <u>D1</u> + <u>D2</u> + <u>D3
</u>
(1+ke) (1+ke)2 (1+ke)3
Po = <u>$3.50</u> + <u>$3.50</u> + <u>$3.50
</u>
(1+0.1) (1+0.1)2 (1+0.1)3
Po = $3.18 + $2.89 + $2.63
Po = $8.70
None of the above
Explanation:
In this scenario, we need to discount the dividend in each year by the required at rate of return of 10%. The aggregate of the price obtained as a result of discounting in year 1 to year 3 gives the current market price.
Prime rate is (a) the best interest rate that banks offer their most creditworthy customers.
A prime rate is decided by the bank to lend money to its customers where the credit giving is decided on the basis of the credit history and points on the customers formally known as the credit rate of investment.
It totally depends upon the allowance of credit by financial institutions and then the payment made by the loan taking customers within a stipulated time frame.
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Answer:
True
Explanation:
Since a matrix organisation is when an individual report to more than one supervisor or leader. Therefore the relationship is referred to solid line or dotted line reporting
Answer:
26 packages
Explanation:
Given that:
The demand D = 186 packages in a week
Standard deviation = 13packages
The lead time L = 1.5 weeks
Order quantity Q = 750 packages
The Confidence service Level = 0.95
At the service level (SL) if we find the P(Z) of the SL using Excel, we have:
P(Z) = NORMSINV(0.95)
P(Z) = 1.64
Thus;
the safety stock = Z × SD√L
= 1.64 \times 13 (1.224745)
= 1.64\times15.92
= 26.11156
≅ 26 packages
Answer:
Money can easily be divided into smaller denominations is the correct answer.
Explanation:
