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1 year ago

Tactical managers are often referred to as _____ managers

Business

1 answer:

Liula [17]1 year ago

7 0

Tactical managers are often known as the middle manager.

Manager in the middle. Middle-level managers are superior to front-line managers and team leaders. They are responsible for transforming the basic goals and plans set by strategic managers into more particular objectives and activities. They are also known as tactical managers.

Furthermore, the middle manager serves as a communication conduit inside the business, relaying significant leadership decisions and the organization's principal goals to lower-level personnel. This adds to greater worker collaboration and makes a firm more cohesive.

Therefore, the answer is middle manager.

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As the income of bus riders increased, the wages of bus drivers increased simultaneously. How does this affect the market for b

kondor19780726 [428]

Answer:

The demand curve and supply curve will shift leftwards.

Explanation:

The increase in the income of riders will decrease the number of bus rides because there is an inverse relationship between income and inferior goods. Therefore, the demand curve for bus rides will shift leftwards. Moreover, the increase in wages is an input cost, therefore, the rise in input cost will shift the supply curve leftwards.

6 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

2 years ago

Tyrone Northrup pays monthly rent of $1,240 for a one-bedroom apartment in a large city. He pays an extra monthly charge of $160

Leona [35]

Answer:

$18,910.00

Explanation:

Monthly rent $1240

Extra monthly charge $160

Electricity $90

Other utilities $860 per year

Insurance $170 per year

The monthly rent per year will be

=$1240 x 12

=$14,880

Parking charges per year

=$160 x 12

=$1,920

Electricity charges per year

=$90 x 12

=$1,080

Other utilities per year

=$860

Insurance per year

=$170

The annual cost will be

=$14,880 + $1,920 + $1,080 + $860 + $170

=$18,910.00

8 0

3 years ago

If a company is considering the purchase of a parcel of land that was acquired by the seller for $90,000 is offered for sale at

Lelechka [254]

Answer:

$147,000

Explanation:

According to the historical cost principle, the assets of the company should be recorded at the purchase price or acquisition price in the financial statements

Since in the given situations many values are given with respect to the acquisition done by the seller, for tax turquoises, etc

But it is recorded at the purchase price i.e $147,000

8 0

3 years ago

Multiple Versus Single Overhead Rates, Activity Drivers Deoro Company has identified the following overhead activities, costs, a

WINSTONCH [101]

Answer:

Deoro Company

1. Unit cost using direct labor hours to apply overhead:

Unit Cost

Model A $167.985

Model B $226.99

2. Unit cost using the four activity drivers:

Unit Cost

Model A $133.97

Model B $287.28

3. Activity-based costing method always produces the more accurate cost assignment.

Explanation:

a) Data and Calculations:

Activity Expected Cost Activity Driver Activity Capacity

Setting up equipment $548,080 Number of setups 680

Ordering costs 313,200 Number of orders 17,400

Machine costs 939,400 Machine hours 42,700

Receiving 343,000 Receiving hours 9,800

Total overhead costs $2,142,680

Activity Rates:

Setting up equipment $806 per setup ($548,080/680)

Ordering costs $18 per order ($313,200/17,400)

Machine costs $22 per machine hour ($939,400/42,700)

Receiving $35 per receiving hour ($343,000/9,800)

Model A Model B

Direct materials $600,000 $800,000

Direct labor $480,000 $480,000

Overhead applied $1,063,500 $1,018,200

Total costs $2,143,500 $2,298,200

Units completed 16,000 8,000

Cost per unit $133.97 $287.275

Direct labor hours 6,000 2,000

Number of setups 400 200

Number of orders 6,000 12,000

Machine hours 24,000 18,000

Receiving hours 3,000 7,000

The company's normal activity is 8,000 direct labor hours.

Assignment of overhead costs:

Model A Model B

Number of setups $322,500 (400 * $806) $161,200 (200 * $806)

Number of orders 108,000 (6,000 * $18) 216,000 (12,000 * $18)

Machine hours 528,000 (24,000 * $22) 396,000 (18,000 * $22)

Receiving hours 105,000 (3,000 * $35) 245,000 (7,000 * $35)

Total overhead applied $1,063,500 $1,018,200

Overhead based on direct labor hours:

Total overhead costs = $2,143,680

Total direct labor hours = 8,000 (6,000 + 2,000)

Overhead rate per DLH = $267.96

Allocation of overhead:

Model A Model B

Direct labor hours 6,000 2,000

Overhead (DLH) $1,607,760 ($267.96 *6,000) $535,920 ($267.96 * 2,000)

Model A Model B

Direct materials $600,000 $800,000

Direct labor $480,000 $480,000

Overhead applied $1,607,760 $535,920

Total costs $2,687,760 $1,815,920

Units completed 16,000 8,000

Cost per unit $167.985 $226.99

4 0

3 years ago