Answer:
Second National Bank
Present value (PV) = $5,400
Future value (FV) = $13,900
Interest rate (r) = 10% = 0.10
FV = PV(1 + r)n
$13,900 = $5,400(1 + 0.10)n
<u>$13,900</u> = (1.10)n
$5,400
2.574074074 = (1.10)n
Log 2.574074074 = n log 1.10
<u>Log 2.574074074</u> = n
Log 1.10
n = 9.9 years
None of the answers is correct
Explanation:
In this case, we will apply the formula of future value of a lump sum. The present value, interest rate and future value were provided with the exception of number of years. Thus, the number of years becomes the subject of the formula. The future value equals present value, multiplied by 1 plus interest rate, raised to power number of years.
It means it has become sugar
Answer:
Check the explanation
Explanation:
Sales price variance = (Actual price - Budgeted price) * Actual units sold
Product R : ($25 - $26) * 123000 = $123000 unfavorable
Product S:($20 - $22) * 162700 = $325400 unfavorable
Product T: ($10 - $20) * 54000 = $540000 unfavorable
Sales volume variance = (Actual units - Budgeted units) * Standard price
Product R : (120000 - 123000) * 26 = $78000 favorable
Product S:(150000 - 162700) * 22 = $279400 favorable
Product T: (20000 - 54000) * 20 = $680000 favorable
Notes:
Actual units:
Product R = $3075000/ $25 = 123000
Product S = $3254000/$20 = 162700
Product T = $540000/$10 = 54000 units
Answer:
you should have an username and password and just log in with six flag . try going to https://six.flag.team
Explanation:
I hope that help you
Answer:
The answer is D.
Explanation:
An increase in the market rate of interest of a bond will decrease the market price of the bond. Market rate of interest of a bond is inversely related to the market price of the bond.
For example, A bonds is issued with a higher interest rate, the price of existing bonds will fall because the demand for this bond falls.
