Answer:
$8750.87
Explanation:
This is compound interest problem. The formula used to solve this would be:
Where
F is the future value (what we want, after 3 years)
P is the initial value (given 6900)
r is the rate of interest per period
here, 8% per year, so 8/4 = 2% per period (since compounded per quarter)
t is the time (3 years and compounding per year so times of compounding is 3*4 = 12), so t = 12
Substituting, we get our answer:
<u>There will be about $8750.87 at the account at the end of 3 years!</u>
Answer:
The one entry is recorded
Explanation:
The journal entry is shown below:
Inventory A/c Dr (Ending inventory) $10,000
Cost of goods sold A/c Dr (Balancing figure) $94,000
To Inventory A/c Dr (Beginning inventory) $5,000
To Purchase account $99,000
In mathematically,
Cost of goods sold = Beginning inventory + purchase - ending inventory
= $5,000 + $99,000 - $10,000
= $94,000
Answer:
Rounded to next whole number:
N=3 kanban card sets
Explanation:
Given:
Number of gauges per hour=D=5 gauges per hour
Gauge cluster housing Transported=C=6
Hours for housing replenishment = T=2 hours
Safety Stock Percentage=P=40%
Find:
Number of kanban card sets needed=N=?
Solution:
Formula According to above mentioned Alphabets
Rounded to next whole number:
N=3 kanban card sets
Answer:
Correct answer is TRUE
Explanation:
Non-cash assets are expected to produce cash over time but the amount of cash they eventually produce could be higher or lower than the values at which the assets are carried on the books. Some factors that affects the value of non-cash assets are the general economic forces such as inflation or deflation, amortization or impairement itself of the assets. It maybe realized at favorable side (gain) or unfavorable (loss) side.
