Answer:
A. Dr Raw meat Inventory 120,000
Cr Cash 120,000
B. Dr Indirect Materials $186,000
Cr Raw Materials $186,000
C. Dr Direct Materials $15,000
Cr Raw Materials $15,000
Explanation:
Preparation for the journal entries for the above transactions for the month of May.
Dr Raw meat Inventory 120,000
Cr Cash 120,000
(Being to record Raw materials purchases for cash)
B. Dr Indirect Materials $186,000
Cr Raw Materials $186,000
($201,000 - 15,000)
C. Dr Direct Materials $15,000
Cr Raw Materials $15,000
Answer:
The difference between two securities is 0.89%.
Explanation:
Inflation premium for the next three and five years:
Inflation premium (3) = (1.6% + 3.05% + 3.85%) ÷ 3
= 2.83%
Inflation premium (5) = (1.6% + 3.05% + 3.85% + 3.85% + 3.85%) ÷ 5
= 3.24%
Real risk-free rate = 2.35%
Since default premium and liquidity premium are zero on treasury bonds, we can now solve for the maturity risk premium:
Three-year Treasury securities = Real risk-free rate + Inflation premium (3) + MRP(3)
6.80% = 2.35% + 2.83% + MRP(3)
MRP (3) = 1.62%
Similarly,
5-year Treasury securities = Real risk-free rate + Inflation premium (5) + MRP(5)
8.10% = 2.35% + 3.24% + MRP(3)
MRP (5) = 2.51%
Thus,
MRP5 - MRP3 = 2.51% - 1.62%
= 0.89%
Therefore, the difference between two securities is 0.89%.
Answer: True- The comparative advantage in the dish washing
Explanation:
Yes, the given statement is true that both the coworkers that is Rodney and Yvonne determining the comparative advantages in the store by washing all the dishes.
The comparative advantages is one of the term that is used to refers to the economical ability that helps in providing the various types of products and also reflecting the overall production opportunity in terms of cost.
Accordion to the given scenario, we use the comparative advantages for determining the person for washing the dishes from both the co-workers.
Therefore, The given answer is correct.
Statistics are used in place of parameters for making decisions since they are simpler to collect.
<h3>What are the guidelines?</h3>
In general, a parameter is any feature that aids in describing or categorizing a certain system. In other words, a parameter is a component of a system that is crucial or useful for identifying the system or assessing its functionality, status, or other characteristics.
To describe the entire population under study, a parameter is utilized. For instance, we are interested in learning the typical length of a butterfly. This information about the total butterfly population makes it a parameter.
Three different parameter kinds,
- Value Specifiers.
- Parameters of Reference.
- output variables
To learn more about parameters, refer to:
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