Considering the situation described above, <u>"no order will appear on the firm's internal order book after the execution."</u>
This is because the executive order is an order that guarantees that the order will be executed; this implies that order execution is conducted before execution.
Given that the order has been executed, no order will appear on the firm's internal order book after the execution.
Generally, order execution can be conducted either manually or electronically.
Hence, in this case, it is concluded that the correct answer is "<u>no order will appear on the firm's internal order book after the execution."</u>
Learn more about order execution here: brainly.com/question/18900609
Answer:
He could afford to spend $133,411 for the device now.
Explanation:
The maximum the surgeon could afford for the device is equal to the sum of present value of the lawsuit costs that he can avoid in year 2 and year 5 which is:
+ Year 2: 600,000 * %out-of-pocket cost for the law suit = 600,000 * 10% = $60,000;
+ Year 5: 1,350,000 * %out-of-pocket cost for the law suit = 1,350,000 * 10% = $135,000.
=> The amount he can afford for the device = 60,000 / 1.1^2 + 135,000 / 1.1^5 = $133,411.
So, the answer is $133,411.
The answer to this question is <span>Total utility
</span><span>Total utility refers to the level of satisfaction that customers experience when consuming a certain amount of goods/products.
The amount of utility could maxed out after customers consuming a certain amount of the same product, which make it impossible to obtain additinal satisfaction after hitting a certain thresold.</span>
Answer:
a. $28,836
Explanation:
Total Material Moves (300 + 900) 1200
Rate per material move (38488/1200) 32.07333333
Allocated material moves for material handling
wall mirrors (38488/1200*300) 9622
Speciality windows (38488/1200*900) 28866
38488
Therefore, The material handling cost allocated to the speciality windows is closest to $28,836.
Answer:
$10,000 unfavorable
Explanation:
The computation of the total variable overhead variance is shown below:
Total variable overhead variance is
= (Actual variable overhead cost - (manufactured units × standard variable overhead rate × required standard direct labor hours))
= ($40,000 - (2,500 units × $4 × 3)]
= $40,000 - $30,000
= $10,000 unfavorable
Since actual cost is more than the standard cost so it would be unfavorable variance