Answer:
c. It is necessary to have an agreement for an effective communication
Explanation:
The communication is basically a two way communciation where the sender send the message and the receiver received the message by decoding the message sended by the sender
When the communciation starts so there is an agreement i.e. necessary between the parties to have an effective communication
hence, the correct option is c.
Answer:
increase price per ticket.
Explanation:
increase price per ticket in proportion to cost incurred.
set up an internal control system to ensure all revenue from ticket are well accounted for.
Answer:
$30,174.74
Explanation:
The computation of present value is shown below:-
Future value = Present value × (1 + Rate of interest ÷ 1200)^12 × time period
$43,011 = Present value × (1 + 7.11 ÷ (12 × 100)^(12 × 5)
$43,011 = Present value × (1 + 7.11 ÷ 1,200)^60
$43,011 = Present value × (1 + 0.005925
)^60
Present value = $43,011 ÷ (1 + 0.005925
)^60
= $43,011 ÷ (1.005925
)^60
= $43,011 ÷ 1.425397857
= $30,174.73317
or
= $30,174.74
Therefore for computing the present value we simply applied the above formula.
We also attached the spreadsheet for better understanding
In compounded monthly, the interest rate is divided by 12 months and the time period is multiplied by 12 months and the same is to be considered
Answer:
7.82%
Explanation:
Given the following :
Par value = 102%
Coupon rate = 8.1%
Period (n) = 10 years
Yield to maturity (YTM) =?
with a face value (F) of $1000
The current price (P) of bond will be:
102% * $1000 = (1.02 * $1000) = $1020
Annual coupon payment = $1000 * 8.1% = $1000 * 0.081 = $81
The YTM formula is given by:
YTM = [ C +( F - P) / n] / [(F + P) / 2)]
YTM= [(81 + (1000 - 1020) / 10] / [(1000 + 1020)/2)]
YTM = [(81 +(-20/10)] / (2020/2)
YTM = [(81 - 2) / 1010]
YTM = 79 / 1010
YTM = 0.078217
YTM =0.078217 * 100
YTM = 7.82%
a) ( 0.8509718, 0.8890282)
b) ( 0.7255, 0.7745)
Explanation:
(a)
Given that , a = 0.05, Z(0.025) =1.96 (from standard normal table)
So Margin of error = Z × sqrt(p × (1-p)/n) = 1.96 × sqrt(0.87 × (1-0.87) / 1200)
=0.01902816
So 95 % confidence interval is
p+/-E
0.87+/-0.01902816
( 0.8509718, 0.8890282)
(b)
Margin of error = 1.96 × sqrt (0.75 × (1-0.75) / 1200) = 0.0245
So 95% confidence interval is
p+/-E
0.75+/-0.0245
( 0.7255, 0.7745)
