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4 years ago

_____ is/are the raw facts and figures businesses collect. Answer Data Information Push technology Warehousing

1 answer:

5 0

The correct answer for the question that is being presented above is this one: "Data." Data is/are the raw facts and figures businesses collect. Data is raw material for data processing. Data relates to fact, event and transactions. Data in itself is an unprocessed information.

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A $23 credit to sales was posted as a $230 credit. By what amount is the sales account in error?

Anni [7]

Rs 253 must be debited to his account .

Rs ( 23+230)= 253

A $23 credit to sales was posted as a $230 credit.In this case, the transaction was recorded on the wrong side with wrong amount. Thus Rs 253 must be debited to his account .

Rs ( 23+230)= 253.

Credit sales refer to a sale in which the amount owed will be paid at a later date. In other words, credit sales are purchases made by customers who do not render payment in full, in cash, at the time of purchase.
It is common for credit sales to include credit terms. Credit terms are terms that indicate when payment is due for sales that are made on credit, possible discounts, and any applicable interest or late payment fees.

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6 0

2 years ago

Assume that the standard cost to make one finished unit includes 2 hour of direct labor at $8 per hour. During April, 22,000 dir

ruslelena [56]

Answer:

the labor rate variance is $16,000 unfavorable

Explanation:

The computation of the labor rate variance is shown below:

As we know that

Labour Rate Variance = ( Actual Rate - Standard Rate) ×Actual Hours Worked

= ($160,000 ÷ 22,000 direct labor hours - $8) × 22000 direct labor hours

= ($7.27 - $8) × 22000 direct labor hours

= $16,000 Unfavorable

hence, the labor rate variance is $16,000 unfavorable

We simply applied the above formula so that the correct value could come

And, the same is to be considered

5 0

3 years ago

Question 3: Economic value-added (EVA) Net operating profit before taxes is $1,800. Total assets (invested capital) are $8,500,

posledela

Answer:

- $454

Explanation:

Net Operating Profit after tax = Net operating profit before tax - tax rate

= $1,800 - 20%

= $360

Economic Value Added:

= Net Operating Profit after tax - (Capital Invested × Weighted average cost of capital )

= $360 - [($8,500 - $1,100) × 11%]

= $360 - ($7,400 × 11%)

= $360 - $814

= - $454

7 0

3 years ago

A bank has written a call option on one stock and a put option on another stock. For the first option the stock price is 50, the

iris [78.8K]

Answer:

10-Day 99% VaR = 3.61

Explanation:

Data Given:

For First Option:

Stock Price = 50

Strike Price = 51

Volatility = 28% per annum

Time to maturity = 9 months

For Second Option:

Stock Price = 20

Strike Price = 19

Volatility = 25% per annum

Time to maturity = 12 months or 1 year

Risk Free Rate = 6% per annum

Correlation = 0.4

Find 10-day 99% VaR.

Solution:

First of all we need to refer the DerivaGem Model to dig out the change in price equation for both the options.

So, according to DerivaGem Model, We have following data:

For First Option:

Value = -5.413

Delta Value = -0.589

For Second Option:

Value = -1.014

Delta = -0.284

Change in Price = (Delta value of First Option x Stock Price)Y1 + (Delta value of the second option x Stock Price)Y2

Change in Price = (-0.589 x 50)Y1 + (-0.284 x 20)Y2

So, We will get the Change in Price Linear Equation for both the options.

Change in Price = -29.45Y1 -5.68Y2

Now, we have to calculate the Daily Volatility Percentage.

Formula:

Daily Volatility Percentage = Volatility/ Square root of number of days active in annum

Number of Days Active = 252

Volatility for First Option = 28%

Volatility for Second Option = 25%

Daily Volatility Percentage for First Option = 28%/ $\sqrt{252}$

Daily Volatility Percentage for First Option = 0.0176

Similarly,

Daily Volatility Percentage for Second Option = 25%/ $\sqrt{252}$

Daily Volatility Percentage for Second Option = 0.0157

Now, utilizing the above calculated data, we can find the one-day variance of change in price.

1-Day Variance = $(29.45^{2} *0.0176^{2}) + (5.68^{2} * 0.0157^{2}) - (2 * 29.45 * 0.0176 * 5.68 * 0.0157 * 0.4)$

Solving the above equation:

We get:

1-Day Variance = 0.2396

Now, we have to find the standard deviation of 1-Day Variance:

SD of 1-Day Variance = $\sqrt{0.2396}$

SD of 1-Day Variance = 0.4895

So,

Now, in order to find the value of one day 99% VaR from the table, we have all the prerequisites.

So,

Value of One day 99% VaR from table = 2.33

But we need 10-Day 99% VaR.

So, number of days = 10

Hence,

10-Day 99% VaR = $0.4895 * 2.33 * \sqrt{10}$

10-Day 99% VaR = 3.61

8 0

3 years ago

Keeping in mind what you did in the lab this week, do you think that determining the volumes of your solid samples (rubber stopp

Over [174]

Answer:

Calculating volumes by water displacement is always more accurate than using mathematical formulas when the objects have irregular shapes or it is difficult to measure them exactly. The only thing that you must keep in mind is measuring the water displacements properly. One ml of water equals 1 cm³, so if the water level increased by 5 ml, then the object's volume is 5 cm³.

3 0

3 years ago