Answer
The answer and procedures of the exercise are attached in the following archives.
Step-by-step explanation:
You will find the procedures, formulas or necessary explanations in the archive attached below. If you have any question ask and I will aclare your doubts kindly.
Answer:
d. -$4,608
Explanation:
The computation of the total capital gain is shown below:
Total capital gains is
= (End value - Beginning value) × 900 shares
= ($34.08 - $39.20) × 900 shares
= -$4,608
Hence, the total capital gain on this investment is -$4,608
Therefore the option d is correct
And, the same is to be relevant
Answer:
D. The bank offers you a loan at 4% interest and a savings account that pays 5% interest.
Explanation:
<em>Arbitration</em> is a <em>financial strategy</em> that consists of the price difference between different markets on the same financial asset to obtain an economic benefit, usually without risk.
To perform arbitration, complementary operations (buy and sell) are carried out at the same time and wait for prices to adjust. The arbitration takes advantage of this divergence and obtains a risk-free gain. In other words, the arbitrajista is positioned short (sells) in the market with higher price and long (purchase) in the market with lower price. The benefit would come from the difference between the two markets.
Answer:
The person receiving the order should read it back to ensure that the order is correct.
Explanation:
In business communication the best way to communicate orders is in written form since this allows for clear conveyance of the message in the order. Using verbal means to give orders over the phone is prone to misinterpretation and there is less accountability when the subordinate claims he did not understand the order.
To curtail this it is advisable for the recipient of the order to repeat the order. This shows it has been clearly understood.
Given the following:
Sigma =
17.8
E =
44 points
Confidence interval = 99% - 2.58
Confidence interval = 95% - 1.96
In order to get the sample size,
use the formula:
For 99% confidence level
n =
[ (z value x s) / E ]2
n =
[ (2.58 x 17.8) / 44]2
n =
1. 089 or 1 (rounded up)
For 95% confidence level
n =
[ (z value x s) / E ]2
n =
[ (1.96 x 17.8) / 44]2
n =
0.628 or 1 (rounded up)
As we decrease the confidence
level, from 99% to 95%, our confidence interval gets smaller. In additional, to
be more confident that our interval actually comprises the population mean we
have to increase the size of the interval. To ease that trade off between level
of confidence and the precision of our interval is to primarily increase the
sample size.
