Answer:
Explanation:
Marion, the new supervisor, has requested the management to install survaillance cameras and voice recorders to monitor the productive hours of the employees and supervise their work closely. This shows that marion has a managerial skills
18a.
the y-intercept is the value of the function at x = 0.
so y-intercept is 5/8.
constant multiplier you can find by dividing a y-value by the previous y-value:
(y at x = 1) / (y at x = 0) is
(15 / 32) / (5 / 8)
but dividing by fraction is same as multiplying by reciprocal:
(15 / 32) · (8 / 5) ⇒ (15 · 8) / (32 · 5) ⇒ (3 · 1) / (4 · 1) = 3/4
(since 15 and 5 cancel to 3 and 1; 8 and 32 cancel to 1 and 4
the constant multiplier is 3/4 (you can confirm by repeat multiplying the y-values by 3/4 to get the next one)
18b.
y-intercept is 0.01
constant multplier:
(y at x = 1) / (y at x = 0) = 0.1 / 0.01 = 10
constant multiplier is 10
18c.
y = m/n(o/p)^x
y intercept is at x = 0:
y = m/n(o/p)^0
since anything to power of 0 is 1, we are left with
y = m/n
y-intercept is m/n.
The constant multiplier is o/p
i don't really have news papers or magazines around for that last bit, but if you could look for population data and such they can be exponential.
The two-stage dividend growth model assesses a stock's present price based on the presumption that it will increase in value at a different rate eternally after growing at a fixed rate for a set period of time.
The payout increases steadily in the first phase for a predetermined period of time. In the second, it is presumable that the dividend will increase at a different pace for the rest of the company's existence.
A mathematical technique called the dividend growth model allows investors to determine a realistic fair value for a company's stock based on its current dividend payout and projected dividend growth in the future.
Learn more about two-stage dividend growth model here.
brainly.com/question/28202802
#SPJ4
Answer:
The $600,000 amount is required to financing so that the cash conversion cycle can be supported
Explanation:
For computing how much financing is required, first we have to compute the cash conversion payable which is shown below:
Cash conversion cycle = Average age of inventory + Average collection period - average payment period
= 65 + 60 - 65
= 60 days
Now, we have to apply the financing formula which is shown below:
= Firm total annual outlays for operating cycle investment × cash conversion cycle ÷ total number of days in a year
= $3,650,000 × 60 days ÷ 365
= $3,650,000 × 0.16438
= $600,000
Hence, the $600,000 amount is required to financing so that the cash conversion cycle can be supported