Using the formula

Answer:

Stagnant industry development

Explanation:

Stagnant industry development refers to a situation where there is minimal or nonexistent growth within the sector.

This can occur when consumers are not inclined towards high-demand options.

In this context, the mention of rival companies striving vigorously to win over clients from other businesses signifies slow economic progress, thus this situation should be taken into account

Answer:

MARIN PRODUCTS

Sales after further processing

DBB-1 DBB-2 DBB-3

units sold 16,000 24,000 36,000

Revenue post-processing $1,040,000 $1,200,000 $2,700,000

Joint expenditure (757,895) (1,136,842) (1,705,263)

Individual processing cost (110,000) (44,000) (66,000)

Net profit 172,105 10,158 928,737

sale at split-off point

DBB-1 DBB-2 DBB-3

units sold 16,000 24,000 36,000

Sales revenue $400,000 $840,000 $1,980,000

Joint expenditure (757,895) (1,136,842) (1,705,263)

Net profit (357,895) (296,842) 274,737

Conclusion: All products should undergo further processing to enhance the company's profit margins

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Cost per unit = $3,600,000/76,000 = $47.37

DBB-1 = $47.37*16,000 = $757,895

DBB-2 = $47.37*24,000 = $1,136,842

DBB-3 = $47.37*36,000 = $1,705,263

Explanation:

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The accurate outcomes in this context are: The company is functioning with -$14 million in net operating working capital obtained through investor funds. According to industry averages, other firms could potentially achieve higher profits than J&H Corp if there were no debts and no financial assets.

Answer:

15

Explanation:

The Exponential smoothing model can be expressed as follows:

Ft= Ft-1 + α (At-1 – Ft-1)

Where,

Ft= new forecast

Ft-1= forecast from the previous period

At-1= last period's actual demand

α =? Ft-1=66 At-1=70 Ft= 66.6

Thus, it can be written as: Ft = 66 + α (70-66)

66.6 = 66 + 4* α

(66.6-66)= 4* α

α = 0.6/4

α = 0.15

Therefore, the alpha value is 0.15 for basic exponential smoothing.