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3 years ago

Provide the iupac name for this diethyldimethylhexane :

Business

1 answer:

AnnyKZ [126]3 years ago

4 0

Did you mean diethyl dimethyl hexane?
If so then the iupac name for it is 3-Ethyl-2,2-dimethylhexane [

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Darin was promoted, but it meant leaving the bustling city life he loved and moving to a different state in a quiet part of the

Papessa [141]

A is The answer

Hopefully this help

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3 years ago

29) Sheldon Company is trying to decide which one of two contracts it will accept. The costs and revenues associated with each a

topjm [15]

Answer:

So, the relevant cash flows are Revenue, materials and labour cost.

Explanation:

A relevant cashflow is that which is future cash cost/revenue which arises as a direct consequence of a decision. For a cost or revenue to be considered a relevant cashflow it must satisfy the following conditions:

1) Futuristic 2).Cash based 3)Incremental

Relevant cash flows for the contracts are set down below:

$ $

Revenue 200,000 260,000

Materials (10,000) (10,000)

Labor (88,000) (120,000)

Net cash flow 102,000 130,000

Depreciation is not a cash item, the consulting advice fee is already a sunk cost. Apportioned overhead is also not a direct cost but sunk

So, the relevant cash flows are Revenue, materials, labour

6 0

3 years ago

In situations of sticky prices and negative demand shocks, we would expect firms to A. deplete inventories before increasing pro

valina [46]

Answer:

C. Build up inventories before reducing production.

Explanation:

Demand shocks happen when there is a sudden and considerable shift in the patterns of private spending, either in the form of consumer spending from consumers or investment spending from businesses. An economic downturn in the economy of a major export market can create a negative shock to business investment, particularly in export industries. A crash in stock or home prices can cause a negative demand shock as households react to a loss of wealth by cutting back sharply on consumption spending. Supply shocks to consumer commodities with price inelastic demand, such as food and energy, can also lead to a demand shock by reducing consumers real incomes. Economists sometimes refer to demand side shocks as "non-technological shocks." We need to build up inventories before reducing production.

5 0

3 years ago

uppose the government imposes a tax of T dollars per unit on the monopolist, andtherefore the monopolist’s marginal cost is now6

san4es73 [151]

Answer:

Explanation:

A monopolist Inverse Demand Curve is Given as: P=24-Q

And we are also Given the Marginal Cost (MC) = $6

The Revenue of the Monopolist would be:

R=PXQ = 24Q - Q

Marginal Revenue= 24-2Q

A) Monopolist would produce at the price corresponding to the quantity of : MR=MC

24 – 2Q = 6

20 = 24 – 6 = 18

Q = 9

SO the Profit maximizing price would be: P=24-Q = 24-9 = 15

Thus profit maximizing price and Quantity are: P^*= $15 and Q^*=9

Profit = Revenue - Cost

Cost = Average Cost * Quantity = 6Q

Profit = 24Q-Q2-6Q = 18Q - Q2 = 18 X 9 -9

Profit = 81

Part B::

Now Government imposes a tax, on this monopolist, T.

So new MC= 6+T

Lets solve for Profit maximizing Price:

MR=MC

24-2Q=6+T

Q=\frac{18-T}{2}

and Price:

P=24-Q = 24-\frac{18-T}{2}

P=15+\frac{T}{2}

Thus Now the monopolist would charge Half of this tax from consumers.

7 0

3 years ago

Andre is considering an investment in Bristol Inc. and has gathered the following information. What is the expected standard dev

liberstina [14]

Answer:

c. 24.78%

Explanation:

For computing the expected standard deviation first we have to find out the expected rate of return which is shown below:

Expected rate of return = Respective return × Respective probability

=(0.4 × -10) + (0.2 × 10) + (0.4 × 45)

= 16%

Now we have to find out the total probability which is shown below:

Probability Return Probability × (Return - Expected Return)^2

0.4 -10 0.4 × (-10-16)^2 = 270.4

0.2 10 0.2 × (10 - 16)^2 = 7.2

0.4 45 0.4 × (45 - 16)^2 = 336.4

Total = 614%

As we know that

Standard deviation= [Total probability × (Return - Expected Return)^2 ÷ Total probability]^(1 ÷2)

= (614)^(1 ÷ 2)

= 24.78%

8 0

3 years ago