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drek231 [11]
3 years ago
7

Consider the game in extensive form above. In the backward induction solution to this game Player 1 plays strategy and Player 2

plays strategy (Please, label Player 1's strategies by A, B, and C, and Player 2's strategies as df, dg, ef, and so forth)

Business
1 answer:
Brrunno [24]3 years ago
3 0

Answer:

answer can be seen in the attached file

Explanation:

Consider the game in extensive form above. In the backward induction solution to this game Player 1 plays strategy and Player 2 plays strategy (Please, label Player 1's strategies by A, B, and C, and Player 2's strategies as df, dg, ef, and so forth)

What is Game Theory?

This is a mathematical modelling that deals  with the analysis of strategies for dealing with competitive situations where the result of a participant's choice of action depends critically on the actions of other participants. Game theory has been applied to  in war, business, and biology, sport.

In Game theory, outcome is dependent on the contributions of competing parties

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The marginal cost will most likely increase to $2.00

Explanation:

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Finding Unknown Values in the Cost of Goods Manufactured Report [LO 2-3, 2-6]Mulligan Manufacturing Company uses a job order cos
KiRa [710]

Answer:

<u>For Case 1:</u>

Manufacturing overhead applied = 27,000

Total current manufacturing costs = 60,000

Cost of goods manufactured = 64,000

Cost of goods sold = 61,100

<u>For Case 2:</u>

Direct labor = 7,667

Direct material used = 8,333

Beginning work in process inventory = 26,400

Ending finished goods inventory = 15,000

<u>For Case 3:</u>

Direct labor = 5,760

Manufacturing overhead applied = 8,640

Ending work in process inventory = 10,499

Beginning finished goods inventory = 16,199

Explanation:

Note: The data in the question are merged together. The data are therefore sorted before answering the question. See the attached pdf file for the complete question with the sorted data.

Also note: See the attached excel file for the table with the computed figure in bold red color.

In the attached excel file, the following calculations are employed:

<u>For Case 1:</u>

Since overhead applied to products at a rate of 150 percent of direct labor cost, we have:

Manufacturing overhead applied = Direct labor * 150% = 18,000 * 150% = 27,000

Total current manufacturing costs = Direct material used + Direct labor + Manufacturing overhead applied = 15,000 + 18,000 + 27,000 = 60,000

Cost of goods manufactured = Total current manufacturing costs + Beginning work in process inventory - Ending work in process inventory = 60,000 + 9,900 - 5,900 = 64,000

Cost of goods sold = Cost of goods manufactured + Beginning finished goods inventory - Ending finished goods inventory = 64,000 + 4,700 - 7,600 = 61,100

<u>For Case 2:</u>

Since overhead applied to products at a rate of 150 percent of direct labor cost, we have:

Direct labor = (Manufacturing overhead applied / 150%) * 100% = (11,500 / 150%) * 100% = 7,667

Direct material used = Total current manufacturing costs - Manufacturing overhead applied - Direct labor =   27,500 - 11,500 - 7,667 = 8,333

Beginning work in process inventory = Cost of goods manufactured + Ending work in process inventory -   Total current manufacturing costs = 44,000 + 9,900 - 27,500 = 26,400

Ending finished goods inventory = Cost of goods manufactured + Beginning finished goods inventory - Cost of goods sold = 44,000 + 12,000 – 41,000 = 15,000

<u>For Case 3:</u>

Since overhead applied to products at a rate of 150 percent of direct labor cost, we can let:

Direct labor = x

Therefore, we have:

Manufacturing overhead applied = x * 150%

Since,

Total current manufacturing costs = Direct material used + Direct labor + Manufacturing overhead applied ……………………….. (1)

Where;

Total current manufacturing costs = 28,500

Direct material used = 14,100

We can therefore substitute the relevant values into equation (1) and solve for x as follows:

28,500 = 14,100 + x + 1.5x

28,500 - 14,100 = 2.5x

14,400 = 2.5x

x = 14,400 / 2.5

x = 5,760

Therefore;

Direct labor = x = 5,760

and

Manufacturing overhead applied = x * 150% = 5,760 * 150% = 8,640

Ending work in process inventory = Total current manufacturing costs + Beginning work in process inventory - Cost of goods manufactured = 28,500 + 8,000 - 26,001 = 10,499

Beginning finished goods inventory = Cost of goods sold + Ending finished goods inventory - Cost of goods manufactured = 36,000 + 6,200 - 26,001 = 16,199

Download xlsx
<span class="sg-text sg-text--link sg-text--bold sg-text--link-disabled sg-text--blue-dark"> xlsx </span>
<span class="sg-text sg-text--link sg-text--bold sg-text--link-disabled sg-text--blue-dark"> pdf </span>
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3 years ago
Alaboratory scale is known to have a standard deviation of σ = 0.001 gram in repeated weighings. Scale readings in repeated weig
Llana [10]

Answer:

The 95% confidence interval for the true weight is 1.4103 and 1.41587 grams.

Explanation:

If we sorted by ascending order the three weighings given and we asumme these 3 weighings as extreme values and mean, we can calculate the 95% confidence interval. Using the formula for Normal distributions we know that 95% intervals are 1,96 times standard deviation from the the mean, then Mean (1.4131) ± 1.96*Standard deviation (0.001) = 1.4103 and 1.41587

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3 years ago
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