Answer:
B. =PV(.06,10,0,10000)
Explanation:
In MS Excel the formula of Present value re is as "=PV( rate, nper, pmt, [fv] )".
PV = Present value
rate = Interest rate= 6% = 0.06
nper = number of periods = 10
pmt = payment made each period = 0 in this scenario
fv = future value = 10,000
So, according to the formula the correct sequence is =PV(.06,10,0,10000)
which is correctly mentioned in option B.
Answer:
Quantity of beef demanded will decrease by 12%
Explanation:
Data provided in the question:
Price elasticity of demand for beef, Ed = 0.60
Increase in the price of beef = 20%
Now,
Price elasticity of demand for beef,
Ed = [ Percentage change in Quantity ] ÷ [ Percentage change in price ]
or
0.60 = [ Percentage change in Quantity ] ÷ 20%
or
Percentage change in Quantity = 0.60 × 20%
or
Percentage change in Quantity = 12%
Also,
Price and Quantity are inversely proportional
Hence,
With the increase in price, the quantity will decrease
Therefore,
Quantity of beef demanded will decrease by 12%
Answer:
Net income will be $160000
So option (c) will be the correct answer
Explanation:
We have given debt common stock = $680000
Credit liabilities = 350000
Credit paid in capital = 190000
And excess of par 30,000 credit Assuming the only changes in retained earnings
So 680000 = 350000+190000+30000+ retained earning
So retained earning = $110000
Dividend paid = $50000
So net income = dividend paid + retained earning = $110000+$50000 = $160000
So option (c) will be the correct answer
$670 is the final balance due that max wants to pay.
<u>Explanation</u>:
- Max borrowed a $2000 amount on a 120-day note. First, he paid $700 in the 120-day note. So the current amount he paid is $700.
- After thirty days max paid the amount of $630. So totally he paid $1330 in a note of 75 days. So 45 days are remaining.
- So the final balance due is $670. So Max wants to pay $670 on a note of 45 days.