Answer and Explanation:
The computation of the future value is shown below;
a. For the year 4
Future value is
= ($575 × 1.11^3) + ($825 × 1.11^2) + ($1,125 × 1.11) + ($1325)
= $4,275.89
b. At 16%
Future value is
= ($575 × 1.16^3) + ($825 × 1.16^2) + ($1,125 x 1.16) + ($1,325)
=$4,637.64
c. At 29%
Future value is
= ($575 × 1.29^3) + ($825 × 1.29^2) + ($1125 × 1.29) + ($1,325)
= $5,383.48
Answer:
Explanation:
The total equivalent units of direct materials and conversion costs for the month has been computed and attached.
Note that the conversion cost for the ending work in process was calculated as:
= $35,000 × 28%
= $35,000 × 0.28
= $9,800
Check the attachment for further analysis.
<span>If a country has a working-age population of 200 million, 135 million people with jobs, and 15 million people unemployed and seeking employment, then its labor force is </span>150 million
Answer:
The correct journal entry for the sale of electronic component is option E
Explanation:
Notes Receivable A/c................Dr $7,800
Sales A/c..................................Cr $7,800
On sale of the electronic component, the company received notes receivable so any increase in asset is debited. Therefore, notes receivable is debited with the sale value or amount. And made a sale account so the sale account is credited.
Answer:
11 years
Explanation:
The Macauly duration of a bond is generally calculated for coupon bearing bonds sold either at par or at premium or discount values. When we are asked about the Macauly duration of a zero coupon bond, the answer is simply the time to maturity of the bond, or the bond duration. In this case, the time to maturity is 11 years which equals the Macauly duration.
