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kicyunya [14]
2 years ago
13

A ____, also called a SWOT analysis for strengths, weaknesses, opportunities, and threats, is an assessment of the strengths and

weaknesses in an organization's internal environment and the opportunities and threats in its external environment.
Business
2 answers:
lianna [129]2 years ago
8 0

Answer:

situational analysis

Explanation:

A SWOT analysis is just a situational analysis since it is dynamic and can change very rapidly.

For example, the strengths of a corporation (AKA core competencies) can become core rigidities or weaknesses. A former threat can become a current opportunity, and vice versa.

It SWOT analysis is made and is valid only for a certain a mount of time and should be continuously revised and updated. Specially now that technology is changing so fast and the world is shrinking, situations can change for good or worse very rapidly. E.g. the corona virus outbreak in China has changed all economic predictions for the current year, and we are in February.

olga_2 [115]2 years ago
3 0

Answer: The answer is SITUATIONAL ANALYSIS

Explanation: A SITUATIONAL ANALYSIS is the gathering of methods to analyse the internal and external factors of a business inoder to get a clear picture of the business environment.

A situational analysis is also called a SWOT analysis that measures the strengths, weaknesses, opportunities and threats.

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In routine jobs where workers have little flexibility, the relationship between job satisfaction and work performance is:
Ira Lisetskai [31]

Answer:

The correct answer is A. Generally small and influenced by other factors

Explanation:

Flexibility in this case refers to the development of more dynamic tasks without taking into account time, and is presented as the way in which employees get on with other tasks in order to learn new things. Job satisfaction is distinguished by aspects of their tasks, where the level of growth is perceived under static working conditions.

3 0
2 years ago
Based on the details of the scenario, determine what will most likely occur. Jillian and Chase are making a contract in which Ji
olga2289 [7]

Answer: Contract is voided

Explanation:

From the question, we are informed that Jillian and Chase are making a contract in which Jillian ships beaver pelts to Chase, who will then makes the pelts into hats to sell.

We are further told that a year into their contract, it becomes illegal to buy or sell beaver pelts in the United States. Based on the scenario explained, the contact will be voided.

A void contract is referred to as a formal agreement that cannot be enforceable and is not legitimate. Since it is illegal to either purchase or sell beaver pelts, it means that the context cannot be carried out anymore and should the be void.

3 0
2 years ago
Repair calls are handled by one repairman at a photocopy shop. Repair time, including travel time, is exponentially distributed,
wolverine [178]

Answer:

the average number of customers awaiting repairs = 0.30

the system utilization = 42

the amount of time that the repairman is not out on a call is  = 4.64 hours

the probability of two or more customers in the system = 0.1764

Explanation:

Given that :

Repair time, including travel time =  mean of 1.6 hours per call.

Requests for copier repairs = mean rate of 2.1 per eight-hour day

i.e mean rate R = 2.1/day

Time = 8 hours

thus; mean rate μ = 8 hours/ 1.6 hours = 5

(a)

Let the average number of customers awaiting repairs be I_i :

I_i = \dfrac{R^2}{\mu (\mu-R)}

I_i = \dfrac{2.1^2}{5 (5-2.1)}

I_i = \dfrac{4.41}{5 (2.9)}

I_i = \dfrac{4.41}{14.5}

\mathbf{I_i = 0.30}

the average number of customers awaiting repairs = 0.30

(b) Determine system utilization.

The system utilization is determined as follows:

\delta = \dfrac{R}{\mu}

\delta = \dfrac{2.1}{5}

{\delta = 0.42}

\mathbf{\delta = 42}

(c) The amount of time during an eight-hour day that the repairman is not out on a call is calculated as :

Percentage of Idle time = 1 - \delta

Percentage of Idle time = 1 - 0.42

Percentage of Idle time = 0.58

However during an 8 hour day; The amount of time that the repairman is not out on a call is = 0.58 × 8 = 4.64 hours

(d)

the probability of two or more customers in the system by assuming Poisson Distribution is:

P(N ≥ 2) = 1 - (P₀+ P₁)

where;

P₀ = 0.58

P₁ = 0.58  × 0.42 = 0.2436

P(N ≥ 2) = 1 - ( 0.58 + 0.2436)

P(N ≥ 2) = 1 - 0.8236

P(N ≥ 2) = 0.1764

Thus; the probability of two or more customers in the system is 0.1764

7 0
3 years ago
What role did patents play in the work of inventors such as Thomas Edison? Patents protected inventors and let them profit from
umka21 [38]

<em>Patents protected inventors and let them profit from their inventions</em>

<em>~Luis~</em>

5 0
3 years ago
Currently, a company has units of safety stock for a product located in warehouses. The company is contemplating expanding to wa
xz_007 [3.2K]

Answer:

The full question is <em>"Currently, a company has 59,000 units of safety stock for a product located in 9 warehouses. The company is contemplating expanding to 28 warehouses. The company believes that this increased safety stock inventory investment with the new locations will result in an additional $950,000 in revenue due to improved customer service. Assuming that each unit in safety stock inventory costs $4, is the expansion to 28 warehouses a potentially good idea? The proposed plan Y sense for the company because the change in total profit is $. Enter your response rounded to the nearest dollar and include a minus sign if appropriate.)"</em>

<em />

Current Total safety stock = 59,000

No. of warehouses = 9

Safety stock per warehouse = 59,000/9 = $6,555.56

New number of warehouses = 28

Increase in number of warehouses = 28 - 9 = 19

Increase in number of safety stock = 19 * 6,555.56 = 124,555.64

Cost of each unit of safety stock = $4

Cost of increased safety stock = $4 * 124,555.54

Cost of increased safety stock = $498,222.56

Additional revenue = $950,000

Since, additional revenue > additional cost of safety stock, the additional warehouses is a good idea.

Increase in profit = Additional revenue - Increased cost

Increase in profit = $950,000 - $498,222.56

Increase in profit = $451,777.54

Hence, The proposed plan makes sense for the company because the change in total profit is $451,777.54

3 0
3 years ago
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