Answer:
The following Apply :
A. Based on past experience and data Developed by the SCAB (Standard Cost Accounting Board
B. Used in preparing flexible budgets Useful for manufacturing companies, but not service companies
Explanation:
Standard Cost set levels of Costs and Revenues that ought to be achievable when reasonable levels of performance are attained together with working practices to manufacture a product.
Data is obtained from past experience and used to prepared flexible budgets for control purposes.
Answer:
II only. A high utilization factor will result in a system that performs poorly is TRUE for a single-server queueing system. As it states that when designing a single-server queueing system, beware that giving a relatively high utilization factor (workload) to the server provides surprisingly poor measures of performance for the system.
True that queueing models enable finding an appropriate balance between the cost of service and the amount of waiting.
Explanation: RATE BRAINLIEST PLEASE
Answer:
1. $3,067
2. B) $129,127.
Explanation:
a. The computation of amount deposit in transit is shown below:
The amount of deposit in Transit = Balance as per Cash Book as on 30th Sept - Cheque outstanding realized - Bank charges - Balance as per Bank Book
= $12,596 + $6740 - $16 - $16,253
= $3,067
Deposit in Transit inflates the general ledger initially till it is credited in the bank book.
b. The computation of balance should Cardinal's Cash account show
Cash Account should show a balance = Bank Statement Balance as on May 31 - Outstanding Cheque on May 31
= $180,974 - $51,847
= $129,127
As we can see that the cash account balance is less because there is an outstanding
Answer:
option (d) $200.00
Explanation:
Average total cost for 100 pairs = $2.50
Marginal cost for every pair = $10.00
Now,
Total cost = Fixed cost + Variable cost
or
Fixed cost = Total cost - variable cost
or
Fixed cost = (Average total cost × 100) - (Marginal cost × 100)
= ($2.5 × 100) - ($1 × 100)
= $250 - $100
= $150
thus,
Total cost to produce 50 pairs of oven gloves
= fixed cost + variable cost
= $150 + (50 × $1)
= $150 + $50
= $200
Hence,
option (d) $200.00
Answer:
a) 46.7, 80 b) 20, 60 c) yes
Explanation:
a) % utilization= utilization/design capacity × 100
= 7/15 × 100
= 46.7%
% efficiency= efficiency/design capacity × 100
= 12/15 × 100
=80%
b) Utilization= 2/10 × 100 = 20%
Efficiency= 6/10 × 100= 60%
c) A system with higher efficiency ratios will always have higher utilization as these systems will have lesses number of failures
