Decentralize decision making and facilitate teamwork. The correct answer is option (a).
Any procedure in which decision-making power is dispersed across a broader group is considered to be decentralised decision-making. Additionally, it suggests that lower level bureaucrats, executives, and employees are given more power. This may happen in any institution, regardless of size, from a business to a political body.
On the other hand, decentralising decision-making shortens wait times, enhances the flow and throughput of product development, and makes it possible for quicker feedback and more creative solutions. Higher levels of autonomy are a further, noticeable advantage. In general, it is ideal to make decisions at a decentralised level when they are frequent and time-sensitive. A decision should be centralised if it is rare, not time-sensitive, and includes economies of scale.
To know more about Decision making, visit:
#SPJ4
Answer:
If all the given description follows then:
You are a proponent of the WEAK form of the EMH.
Explanation:
Here, it has been given that:
I am believing that stock prices can reflect or show all the information about it which can be derived by examining the data related to it
i.e. The market trading data
This market trading data depicts the stock prices at the present and also the past values of all the stock prices. It also contains short interests, trading volume.
But i in this case doesn't think that its all correct as i think that the stock prices will reflect all the information's publicly and all the information's related to it fro the inside.
So, If all the given description follows then:
You are a proponent of the WEAK form of the EMH.
Weak form of EMH: The EMH weak form's depicts or supposes that the prices of the stock prices and their current values get reflected in full form.
Also allows to present all the security information of it.
It consists of all the present and current data and also the data related to the volume which have no connection with the information in future direction of the prices of security.
Answer:
A. $147,000
Explanation:
All cost incurrend in the installation of the assembly line, and their put to use to meet the company demand will be capitalized
the machine cost
the labor to install the machine
the parts added to the assembly line
rearrange of the assembly line
All those cost were incurred to leave the assembly line ready to use, are associate with the long-term asset so it can be capitalized through it.
75,000 + 14,000 + 40,000 + 18,000 = 147,000
Answer:
A = $3136.51875
Explanation:
Given that :
The principal = $3,000.00
Rate = 9%
Time = 6 months
Since the amount is compounded quarterly;
r = 9/4 = 2.25 %
t = 6 months = 2 quarter
Using the formula:
A = P(1+r/100)^t
A = 3000.00(1+ 2.25/100)^2
A = 3000.00( 1+ 0.0225)^2
A = 3000.00 (1.0225)^2
A = 3000.00 (1.04550625)
A = $3136.51875
Answer:
a. 1.67 years
Explanation:
The computation of the payback period is shown below:
In year 0 = $1,000
In year 1 = $500
In year 2 = $750
If we take the only year 1 cash inflow i.e $500
Now we deduct the $500 from the $1,000, so the amount would be $500
And, the next year cash inflow is $750
So, the payback period equal to
= 1 years + $500 ÷ $750
= 1.67 years
Answer:
what is the value of a share of Gillette stock if the firm's equity cost of capital is 8.8 %?
$ 13,36
Explanation:
First it's necessary to find the present value of the annual dividend paid during the next 6 years, which is calculate by the formula of the Present Value.
PV = Dt / (1+r)^t , it means that each Dividend at the year "t" will be value with the rate r calculated a this same moment "t".
Year 1
0,61 = Div
1,09 = (1+0,88)^1
0,56 = Div/1,09
Year 2
0,69 = Div Year 1(0,61) * 1,129, because increase at 12,9% by year
1,18 = (1+0,88)^2
0,58 = Div/1,18
Year 3
0,78 = Div Year 2(0,69) * 1,129, because increase at 12,9% by year
1,29 = (1+0,88)^3
0,60 = Div/1,18
Year 4
0,88 = Div Year 3(0,78) * 1,129, because increase at 12,9% by year
1,24 = (1+0,88)^4
0,63 = Div/1,24
Year 5
0,99 = Div Year 4(0,88) * 1,129, because increase at 12,9% by year
1,52 = (1+0,88)^5
0,65 = Div/1,52
Year 6
1,12 = Div Year 5(0,99) * 1,129, because increase at 12,9% by year
1,66 = (1+0,88)^6
0,67 = Div/1,66
PV of 6 Years= 0,56 + 0,58 + 0,60 + 0,63 + 0,65 + 0,67 = $3,70
To this second part the model indicates that de dividend is calculated by = Dividend /(Rate-Growth) , which means that if a dividend grows forever, we applied the perpetuity formula where dividend growth it's applied as negative to the discount rate.
Year 6
1,14 = Div Year 6(1,12) * 1,017, thereafter will growth at 1,7% by year.
7,1% = (8,8%-1-7%) Discount rate less growth of dividend.
16,03 = Div/0,071 = In this case we use the rate not the 1+rate.
This value it's calculated at the moment of Year 7, we need to apply the Present Value to calculate the actual value, which is:
16,03 = Perpetuity calculated before until year 6.
1,66 = Discount Rate applied this year.
9,66 = Present Value of the Dividen which grows forever at 1,7%
TOTAL Value of Share = PV of 6 Years + PV Perpetuity =
$3,70 + $9,66=$13,36
Answer:
10.00%
Explanation:
Calculation for what will be your rate of return after 1 year if Microsoft is selling at $24
Using this formula
Rate of return = (Current price - Initial price ) /Current price *margin
Let plug in the formula
Rate of return=($25 per share-$24)/$25 per share*0.40
Rate of return=$1/10
Rate of return=0.1*100
Rate of return=10.00%
Therefore what will be your rate of return after 1 year if Microsoft is selling at $24 is 10.00%
In this short sale, the initial selling price of the shares was $15,000. A 40% margin was posted, amounting to $6,000. After the price dropped to $24 per share, the shares were bought back for $14,400. The profit gained, which is $600, is divided by the initial investment to obtain a rate of return of 10%.
In a short sale, the initial transaction involves selling a borrowed stock in the hopes of buying it back later at a lower price to earn a profit. The rate of return in a short sale is calculated using the profit earned from the short sale divided by the amount of capital invested originally.
First, we need to calculate how much the total value of the shares was at the time of selling short, so that’s 600 shares × $25/share = $15,000. You posted a 40% margin for the short sale, which means you committed $6,000 (40% of $15,000).
After one year, the Microsoft stock drops to $24 per share. At that price, you can buy back all 600 shares for 600 shares × $24/share = $14,400. The difference between the amount you sold the shares for and what you bought them back at is $15,000 - $14,400 = $600.
Now to calculate the rate of return, take the profit ($600) and divide by the amount of capital originally committed to the transaction ($6,000), so the rate of return is $600 / $6,000 = 0.10 or 10%.
#SPJ3