To calculate the maturity of this note,
we use a simple formula first to get the interest which is:
I = Principal (amount owed) X Interest Rate (%) X Time (length of loan)
The days is only divided by only 360 days instead of 365 days. This is because commercial loans often use 360-day calendar years instead of 365-day calendar years. But not all banks used this as their calendar year,
I = Prt
= ($80000) (0.05) (120/360)
= ($80000) (0.01666666666)
I = $ 1,333.33
To get the maturity value, the formula is: M = Interest + Principal
M = I + P
= $1,333.33 + $80,000
= $81,333.33 or $81,333, letter C
Answer:
$7,081.25
Explanation:
Face value = 5000
Coupon = 15% paid annually. Semi annual payment = 750/2 = 375
Time to maturity = 18 years
Interest rate = 10% compounded semi-annually
P = 375(P|A, 5%, 36) + 5000(P|F, 5%, 36)
P = 375(16.58131488) + 5000(0.17265193)
P = 6217.99308 + 863.25965
P = 7081.25273
P = $7,081.25
So, the present worth of one bond today is $7,081.25
Answer:
c
Explanation:
nate should have chosen to ask the supplier for verification for the requisition order
Answer:
C
Explanation:
According to the Consider This box about hypothetical countries Slogo, Sumgo, and Speedo, small differences in economic growth rates make for large differences in real GDP per capita over several decades, assuming the same growth of population for each country.
For small countries ( less population and same growth of population over the years) even small growth rates makes a large change in real GDP per capita over the years.
Answer:
Interest will be $5000
So option (A) will be correct option
Explanation:
We have given principal amount P = $500000
Rate of interest = 6 %
Time is November 1 to December 31
So time = 2 months = 0.1666 year
Interest is given by
Interest 
So option (a) will be correct option
