Answer:
FV= $1,259.71
Explanation:
Giving the following information:
Initial deposit (PV)= $1,000
Number of periods (n)= 3 biannual years
Interest rate (i)= 8% = 0.08
<u>To calculate the future value (FV), we need to use the following formula:</u>
FV= PV*(1+i)^n
FV= 1,000*(1.08^3)
FV= $1,259.71
Answer:
2,000,001 shares
Explanation:
To solve this question, we need to use the cumulative voting formula:
X = [(S x N) / (D + 1)] + 1
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X = minimum number of shares that must be owned = ?
-
S = total outstanding shares = 10,000,000
-
N = number of directors we want to elect = 1
-
D = total number of directors to be elected = 4
X = [(10,000,000 x 1) / (4 + 1)] + 1 = (10,000,000 / 5) + 1 = 2,000,001
There are two voting procedures used to elect the members of a board of directors: the straight voting method and the cumulative voting method.
- The straight voting method favors majority stockholders since they receive one vote per stock per open seat which means that someone that has 50% plus 1 stock can actually get all the board members elected.
- Cumulative voting system assigns one vote per stock for the whole election, that means that a board member could be elected with 20% plus 1 vote. This voting system favors minority shareholders since someone with 50% plus 1 vote could only get 2 members elected by himself/herself.
Answer:
for $16000 plan B is better than A
Explanation:
We are searching for the stage where Plan A's compensation is less than Plan B's compensation.
Plan A < Plan B
let total of Curt's sales be the x,
x is the basis of the commission under Plan A, but the first 5000 of sales are excluded i.e (x - 5000) from the basis of commissions under Plan B.
350 + x(0.10) < 750 + (x - 5000)(0.15)
800 -750 < (0.15) x - 5000(0.15) - (0.10)x
50 < (0.15 - 0.10)x - 750
50+750 < (0.05)x
800 < (0.05)x
16000 < x
Answer:
<u>Since expected payoff for large job shop option is highest, firm should make large job shop option as capacity choice</u>
Explanation:
Expected payoff of any capacity alternative
= Probability of moderate acceptance x Payoff of moderate acceptance + Probability of strong acceptance x Payoff of strong acceptance
= 0.40 x Payoff of moderate acceptance + 0.60 x Pay off of strong acceptance
Thus Pay off for small job shop option
= 0.40 x 24000 + 0.6 x 54000
= 9600 + 32400
= $42,000
Pay off for medium job shop option
= 0.40 x 20000 + 0.60 x 64000
= 8000 + 38400
= $ 46,400
Pay off for large job shop option
= - 0.40 x 2000 + 0.60 x 96000
= - 800 + 57600
= $56,800
Answer:
demographic factors
Explanation:
Demographic factors refer to your customers' socioeconomic characteristics, e.g. age, gender, race, ethnic background, marital status, income level education level, etc.
In this scenario, Fresnas Cuisine changed it menu to appeal to its customers' age group, so it is being influenced by one of its customers' demographic factors.
