<span>a sum of money sent or in payment for goods or services or as a gift.
</span>
Answer:
a) 15 to 35 approximately 95%
(b) 10 to 40 approximately almost all
(c) 20 to 30 approximately 68%
Explanation:
The data have a bell-shaped distribution which means the data is equally distributed on both sides of the mean.
We have the mean at 25 and a standard deviation of 5 which means that the interval is for each of the values of 5 .
The mean would be u and
The first value would be u ±σ = 25 ± 5= 20 and 30 (68 % )
The second value will be u ± 2σ= 25± 10 = 15 and 35 (95%)
The third value will be u ± 3σ= 25 ± 15 = 10 and 40 (99.7 % almost all)
In the figure below the light blue region gives u ±σ on both sides of the mean
, dark blue gives u ± 2σ values on both sides of the mean and grey gives
u ± 3 σ values on both sides of the mean.
It is obvious that 68 % of the data is contained in the u ±σ light blue region, 95 % of the data in the u ± 2σ dark blue including light blue and 99.7 % in the u ± 3σ all colored regions.
Answer:
Speakers who make direct eye contact with the audience tend to appear as more trustworthy. Delivering speeches fluently by practicing beforehand can enhance a speaker's credibility.
Explanation:
<span>A rise in the discount rate cuts the present
value factor and the present value. This is for the reason
that a higher interest rate means you would have to set a
smaller amount aside today to earn a specified amount in the future. A decrease in
the time period increases the present value factor
and increases the present value. In other words, when
you earn more interest, you can capitalize less money today to have the same amount
at a given point in the future.</span>
Answer:
Ke 0.173103448
WACC 14.63250%
Explanation:
From the gordon model we determinate Ke



D1 2.7 (we are given with D0 so we multiply by (1+g) to get D1
P 29
g 0.08
Ke 0.173103448
Now we use this value to determinate the WACC
Ke 0.1731
Equity weight 0.75
Kd 0.11
Debt Weight 0.25
t 0.4
WACC 14.63250%