Answer:
B) the wages received for the fifth day of work.
Explanation:
Marginal benefit is the increment in benefit generated by an increase by one unit of output. In this situation, the marginal benefit is given by difference in wage of working five days a week from the wage of working four days a week. Therefore, the marginal benefit is the wage received for the fifth day of work.
The answer is alternative B)
The answer to this question is (<span>b.) a social element to reflect what is morally right and worthwhile.
The companies use this tactic in order to gain favour from potential customers by aligning their value with the customers'. When customers feel that a company is reflecting all the values that they believe in, they will be more likely to be loyal to that company and keep buying their products</span>
Answer:
A. Decrease
Explanation:
In investment appraisal with the method of Net Present Value, the bone of contention and the central matter is the TIME VALUE OF MONEY.
In the above scenario, the initial working capital was 100% released in proportions of 40%, 40% and 20%, throughout the 3 years of the project. However, if the reverse had been the case, i.e. parting with more cash now and the requirement of working capital now becomes: Year 0 = -10,000, Year 1 = - 10,000, Year 2 = -10,000, Year 3 = +30,000; the NPV would definitely shrink because the value of 10,000 each in Years 0-2 would not be the same when it is recovered from the project in year 3. The value will be smaller and hence the NPV of the project would have decreased as a result of the time value of money.
Answer:
7 workers will be required
Explanation:
We will define actual time required to do a job
= Standard time required for producing each unit x Worker efficiency (%)/100
= 11.65 x 115/100
= 13.3975 minutes
Total available minutes in 4 days = 4 days x 8 hours/ day x 60 minutes / day = 1920 minutes
Therefore ,
Number of units which can be produced by 1 worker in 4 days = 1920 /13.3975
Number of units to be produced = 1000 units
Therefore,
Number of workers required
= Number of units to be produced / Number of units which can be produced by 1 worker in 4 days
= 1000 x ( 13.3975 /1920)
= 6.977 ( 7 rounded to nearest whole number )
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