Answer:
The market price of this bond is: $1,069.8.
Explanation:
To calculate the market price of the bond, we have to use the following formula:
Bond Price= C*((1-(1+r)^-n)/r)+(F/(1+r)^n)
C= periodic coupon payments: $1,000*7%= $70
F= Face value: $1,000
r= Yield to maturity: 5.85%
n= No. of periods until maturity: 8 years
Bond Price= 70*((1-(1+0.0585)^-8)/0.0585)+(1,000/(1+0.0585)^8)
Bond Price= 70*((1-0.635)/0.0585)+(1,000/1.58)
Bond Price= 70*6.24+633
Bond Price= 436.8+633
Bond Price= 1,069.8
Answer:
$480,000
Explanation:
Data provided as per the question below:-
Net income = $380,000
Depreciation = $70,000
Decrease in accounts receivable = $30,000
The computation of cash provided by operating activities is shown below:-
= Net income + Depreciation + Decrease in accounts receivable
= $380,000 + $70,000 + $30,000
= $480,000
Therefore we applied the above formula.
Answer:
$100 favorable
Explanation:
The computation of the material purchase price variance is shown below:
= Actual Quantity purchased × (Standard Price - Actual Price)
= 2,000 pounds × ($1.60 - $1.55)
= 2,000 pounds × $0.05
= $100 favorable
Simply we took the difference between the standard and the actual price, and then multiply it by the actual quantity purchased
C, is the correct answer I believe.
The answer is airline industry.
The first passengers airlines actually first created in 1919, but at that time, the amount of money involved still hasn't big enough to be considered as industry.
The market for airline started to show a promising future in 1930s, where they started to obtain more than 6,000 consumers per year. 4 Years after that, they started to obtain a staggering increase to 450,000 consumers per year.
