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1 year ago

A manager of a manager-managed limited liability company (llc) does not owe a duty of loyalty to the llc.

1 answer:

8 0

A manager of a manager-managed limited liability company (LCC) does not owe a duty of loyalty to the LCC. The statement was false. Thus, the option (b) is correct.

What is manager?

The term manager refers to manage the company. The manger responsibility and duty to manage the all the company work and guided the employees.

Manager are manage the organization but, as limited liability is not the ownership interest in the LLC. The manager duties to higher the employees and maintain the discipline of the company. The manager as duty to of loyalty to the LCC.

As a result the statement was false. Therefore, option (b) is correct.

Learn more about on manager, here:

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Zappos.com constantly reminds customers of recently viewed items and informs them when stock is low in an effort to entice the c

nirvana33 [79]

I guess the correct answer is conversion rate.

Zappos.com constantly reminds customers of recently viewed items and informs them when stock is low in effort to entice the customer to make a purchase. Zappos is trying to improve its conversion rate.

4 0

3 years ago

In its first month of operation, Tamarisk, Inc. purchased 230 units of inventory for $8, then 330 units for $9, and finally 270

aivan3 [116]

Answer:

Phantom profit= $500

Explanation:

Giving the following information:

Purchased: 230 units for $8

Purchased: 330 units for $9

Purchased: 270 units for $10.

At the end of the month, 310 units remained.

The method with the highest ending inventory will result in the lowest cost of goods sold.

First, we need to calculate the ending inventory under FIFO method.

FIFO (first-in, first-out):

Ending inventory= 270*10 + 40*9= $3,060

Now, we calculate the ending inventory under the LIFO method and compare it with FIFO.

LIFO (last-in, first-out)

Ending inventory= 230*8 + 80*9= $2,560

Phantom profit= 3,060 - 2,560= $500

8 0

3 years ago

At the beginning of 2020, Concord Company acquired a mine for $3,251,600. Of this amount, $124,000 was ascribed to the land valu

Sav [38]

Answer:

A. $737,520

B. $530,320

Explanation:

a. Computation for the total amount of depletion for 2020.

First step is to calculate the Depletion Rate

Depletion Rate = ($3,251,600 - $124,000 + $49,600 + $210,800)/12,100,000

Depletion Rate= $3,388,000/ 12,100,000

Depletion Rate= 0.28

Now let calculate the total amount of depletion for 2020.

2020 Total amount of depletion= 0.28 × $2,634,000

2020 Total amount of depletion= $737,520

Therefore the total amount of depletion for 2020 is $737,520

B. Computation for the amount that is charged as an expense for 2014 for the cost of the minerals sold during 2020.

Expense amount charged= ($737,520/$2,634,000)* 1,894,000

Expense amount charged=0.28 *1,894,000

Expense amount charged=$530,320

Therefore the amount that is charged as an expense for 2014 for the cost of the minerals sold during 2020 is $530,320

7 0

2 years ago

The management of Bullinger Corporation would like to investigate the possibility of basing its predetermined overhead rate on a

Anit [1.1K]

Answer:

$5,160

Explanation:

Predetermined Overhead Rate on Capacity = Total Estimated Manufacturing Overhead / Estimated Capacity for the Year

Predetermined Overhead Rate on Capacity = $34,840 / 29,000 MH

Predetermined Overhead Rate on Capacity = $1.20 MH

Actual use of capacity = 24,700 hours

Unused hours = 29,000 hours - 24,700 hours

Unused hours = 4,300 hour

Cost of unused capacity = 4,300 hours * $1.20 MH

Cost of unused capacity = $5,160

4 0

2 years ago

One of the more important business applications of demand elasticity is the relationship between price and total revenue. For ea

user100 [1]

Answer:

Part 1. inelastic.

Part 2. inelastic.

Part 3. inelastic.

Explanation:

When the coefficient of elasticity of demand is less than 1, demand is inelastic, when it is equal to 1, demand is unitary elastic, when it is greater than 1, demand is elastic, and when it is equal to zero demand is perfectly inelastic.

Part 1

Price Elasticity of demand = (dQ/dP) x P/Q

Where : dQ = Change in Quantity

dP = Change in Price

P = Initial or Old price

Q = Initial of Old Quantity

dQ = $35,000 - $40,000 = - $5,000

dP = $10 - $8 = $2

P = $8

Q = $40,000

Price Elasticity of demand = (-$5,000/$2) * $8/ $40,000

= 2,500 * 1/5000 = -0.5

Disregard the minus sign, since elasticity of demand is less than 1, demand is inelastic.

Part 2

Price Elasticity of demand = (dQ/dP) x P/Q

dQ = $1,800 - $2,000 = - $200

dP = $50 - $40 = $10

P = $40

Q = $2,000

Price Elasticity of demand = (-$200/$10) * $40/ $2,000

= 20 * 0.02 = -0.4

Disregard the minus sign, since elasticity of demand is less than 1, demand is inelastic.

Part 3

Price Elasticity of demand = (dQ/dP) x P/Q

dQ = $120 - $150 = - $30

dP = $5 - $4 = $1

P = $4

Q = $150

Price Elasticity of demand = (-$30/$1) * $4/ $150

= 30 * 2/75 = - 0.8

Disregard the minus sign since elasticity of demand is less than 1, demand is inelastic.

5 0

3 years ago