Answer:
A-month
Explanation:
by revising it monthly, it is the most up to date and can be consistently helpful to you as well as organized.
Answer:
Possible causes of material quantity variance:
1. The use of sub-standard material
2. The use of unskilled labour
3. Wastage of material
Explanation:
Material quantity variance is the difference between standard quantity and actual quantity used multiplied by standard price. The use of sub-standard material reduces the quality of output thereby resulting to unfavorable material quantity variance. The use of unskilled labour also leads to unfavorable material quantity variance. Wastage of material due to low quality of inputs also results to unfavorable material quantity variance.
Answer:
no
Explanation:
In order to achieve optimal employment level, the ratio of productivity between employees must be equal to the ratio between their wages, e.g. an employee who is 25% more productive, should earn 25% more.
In this case, the productive ratio is 15:20 or 3:4, while the wage ratio is 8:12 or 2:3. Since the wage ratio is lower than the productivity ratio (2:3 < 3:4), the two employees are not optimally employed.
Answer:
correct answer is Consultative Selling
Explanation:
personal selling approach is Consultative Selling
we know it is that sales approach where priority relationship and open dialogue to the identify and provide them customer need and a solution
and that is focused on the customer rather than products sold and it help for a salesperson for the understanding challenge which is faced by the customer
so correct answer is Consultative Selling
Answer:
Overhead absorption rate
= <u>Budgeted overhead </u> x 100
Budgeted direct labour cost
= <u>$400,000 </u> x 100
$2,000,000
= 20% of direct labour cost
Overhead applied
= 20% x $1,800,000
= $360,000
The balance in the factory overhead account is $360,000 debit
The correct answer is B
Explanation:
In this case, we need to calculate the overhead application rate, which is the ratio of budgeted overhead to budgeted direct labour cost multiplied by 100. Overhead applied is calculated as overhead application rate multiplied by actual direct labour cost.
