Answer:
We use the accounting equation to identify what a company owns and owes. <u>Assets </u>are resources a company owns or controls, <u>Liabilities </u> are claims creditors have against a company’s assets, and <u>Equity </u>is the owner’s claim on a company’s assets.
Explanation:
The accounting equation reads as Assets = Liabilities plus Equity.
The accounting equation forms the basis for preparing the balance sheet and the double-entry accounting system. When well prepared, the assets side should balance with liabilities and equity.
Answer:
1a. $2.67 cost per unit
1b. $0.3 cost per unit
1c. Yes
Explanation:
1a. Calculation for what will be the inspection cost per unit If an inspector is hired
The following details were given in the question.
Defective average =3/100= 0.03
inspection rate = 30 per hour
Cost of inspector = 8 per hour
Correction cost = $10 each
Using this formula
Hired inspector =Cost per hour/Current production rate per hour
Let plug in the formula
Hired inspector=8 per hour/30 rate per hour
Hired inspector =0.267×100
Hired inspector=$2.67 cost per unit
1b. Calculation for what will be the defective cost per unit If an inspector is not hired
Using this Formula
No inspector=Defect rate %/Cost per defective
Let plug in the formula
No inspector= 3/100×$10
No inspector= $0.3 cost per unit
1c. Based on the above calculation the inspector should be hired.
Answer:
The depreciation schedule for six years is attached below.
Explanation:
Answer:
a. PV = $10,299.02
b. PV = $36,226.63
c. PV = $14,797.46
d. PV = $24,794.88
Explanation:
To solve this question, we use present value formula
PV = C/(1+r)^n
Where PV = Present value of a lump sum
C = Future amount to be discounted
r = Interest rate
n = Number of years
a. PV = C/(1+r)^n
C = $25,500
r = 12%
n = 8
PV = $25,500 /(1+12%)^8
PV = $25,500 /(1+0.12)^8
PV = $25,500 /(1.12)^8
PV = $25,500 /2.475963176
PV = $10,299.02231
PV = $10,299.02
b. PV = C/(1+r)^n
C = $58,000
r = 4%
n = 12
PV = $58,000 /(1+4%)^12
PV = $58,000 /(1+0.04)^12
PV = $58,000 /(1.04)^12
PV = $58,000 /1.601032219
PV = $36,226.62888
PV = $36,226.63
c. PV = C/(1+r)^n
C = $25,000
r = 6%
n = 9
PV = $25,000 /(1+6%)^9
PV = $25,000 /(1+0.06)^9
PV = $25,000 /(1.06)^9
PV = $25,000 /1.689478959
PV = $14,797.46159
PV = $14,797.46
c. PV = C/(1+r)^n
C = $35,000
r = 9%
n = 4
PV = $35,000 /(1+9%)^4
PV = $35,000 /(1+0.09)^4
PV = $35,000 /(1.09)^4
PV = $35,000 /1.41158161
PV = $24,794.88239
PV = $24,794.88
Answer:
Semi-strong form efficiency.
Explanation:
Semi-strong form efficiency contends that security prices have factored in publicly-available market and that price changes to new equilibrium levels are reflections of that information. It is considered the most practical of all Efficient Market Hypothesis(EMH) hypotheses but is unable to explain the context for material nonpublic information (MNPI). It concludes that neither fundamental nor technical analysis can be used to achieve superior gains and suggests that only MNPI would benefit investors seeking to earn above average returns on investments.
