Answer:
Delphi technique
Explanation:
The Delphi model is a technique of group communication in which a panel of experts reach consensus on a set of questions and discussions. This is used to predict or to forecast. First, choose an effective facilitator and experts with relevant expertise, and ensure that the issue is well established after that they reach with a decision
Therefore in the given case, the delphi technique is used
Answer:
THE CORRECT OPTION IS a) hygiene factors
Explanation:
The two factor theory which was developed by Frederick Herzberg , consists of two factors on which a person's job satisfaction depends upon , one is motivation which consists of factors for satisfaction and other one hygiene , which consists of factors for dissatisfaction.
According to the question given , hygiene factors are the ones that can make people dissatisfied. This includes secondary working conditions, salary etc, every company should try to improve their hygiene factors to reduce the job dissatisfaction.
Answer:
7%
Explanation:
Interest income if Curtis invested
250,000 x 9% = 22,500
After tax interest income = 22,500 - (22,500 x 24%)
= 17,100
After tax rate of return = 17,100/250000
0.068
Approximately 7%
Answer:
$664,000
Explanation:
The computation of the budgeted total manufacturing cost is shown below:
Budgeted total manufacturing costs is
= Fixed cost + Variable cost
= $24,000 + ($16 × 40,000 linear feet of block)
= $24,000 + $640,000
= $664,000
We simply added the fixed cost and the variable cost so that the total budgeted manufacturing cost could come
Answer:
Total material price variance= $380 favorable
Explanation:
Giving the following information:
Material A:
Purchase= 1,000 units
Purchase price= $2.1
Standard price= $2
Material B:
Purchase= 2,400 units
Purchase price= $2.8
Standard price= $3
<u>To calculate the total material price variance, we need to use the following formula on each material:</u>
<u></u>
Direct material price variance= (standard price - actual price)*actual quantity
<u>Material A:</u>
Direct material price variance= (2 -2.1)*1,000
Direct material price variance= $100 unfavorable
<u>Material B:</u>
Direct material price variance= (3 - 2.8)*2,400
Direct material price variance= $480 favorable
Total material price variance= -100 + 480
Total material price variance= $380 favorable