Answer:
less expansive
Explanation:
i took the test. i got it right
Answer:
Total overhead = = $7,500
so here correct option is E. $7,500
Explanation:
given data
production = 1,000 units
direct labor = ¼ hour @ $24 per hour
variable overhead = 75 % of direct labor
fixed overhead = $3,000
to find out
total amount of overhead
solution
we first find Direct labor that is
Direct labor = ¼ × 24
Direct labor = $6
so
Total overhead will be here
Total overhead = Variable overhead + Fixed overhead .................1
now put here value we get
Total overhead = ($6 × 75% ) × 1,000 + $3,000
so
Total overhead = = $7,500
so here correct option is E. $7,500
Answer:
The correct answer is letter "A": managerial accounting information.
Explanation:
Managerial accounting is internal accounting that allows managers to assess the impacts of their choices. This contrasts with financial accounting which underlines the company's more general, higher-level financial results. There are many managerial accounting techniques such as product costing, cash flow analysis, inventory, and raw material turnover analysis.
So, <em>if Miguel wants to schedule his department's employees in production for next week he can use managerial accounting information for that purpose.</em>
Answer:
a. Increase the direct costs of the state's debt.
Explanation:
When a bond's rating is downgraded is a signal to the investors that investing in the bond now is riskier than it was prior to the rating downgrade, hence, a perceived higher risk using the risk/return relationship means that the bond issue would have to offer a higher return to entice the investors to invest in the bonds.
As a result, the higher required rate of return translates into a higher direct cost of the state's debt since their interest rate offered has increased
Answer:
A.) 270 units (b.) Increase
Explanation:
Given the following :
Annual demand (A) = 2870
Working days = 205
Review period (P) = 16 working days
Lead time (L) = 2 working days
Standard deviation (σ) = 6 per working day
Service probability = 76%
Therefore, z = NORMSINV(0.76) = 0.71
Average demand (D) = 2870 / 205 = 14
Optimum target level, (S) is given by the relation:
D×(P+L) + z×σ×√(P+L)
14×(16+2) + 0.71×6×√(16+2)
(14×18) + 4.26 × √18
252 + 4.26*4.242
252 + 18.07
= 270.07 units = 270 units
B) If service probability increases to 97%, Z will automatically increase, hence a corresponding increase in the optimal target level.
