Answer:
Option d would be the appropriate choice.
Explanation:
- At either the vertices including its continuum that ranges exist the optimal solutions towards linear programming challenges. Throughout this instance, the feasible area is just the section between some of the blue as well as red sections of the green map.
- The green squares that describe the point of convergence between some of the red or green outlines seem to be the optimal solution.
Some other choices don't apply to the specified situation. So, the best one is the one mentioned.
Answer: Please refer to Explanation
Explanation:
DR Bonds Payable ............... $ 72,100
DR Premium on Bonds Payable (74,950 - 72,100) ...... $2,850
CR Cash ...................................... $70,100
CR Gain on Discharge of Bonds ($74,950 - $70,100) $4,850
(To record retirement of premium bond before time)
If you need any clarification do comment.
Well this may not be me answering it but this guy is a lot of help tho
Answer:
B)Perpetual inventory systems require more detailed inventory records.
Explanation:
Under the <em><u>Perpetual inventory system</u></em>, every time a good is sold the cost of goods sold (COGS) needs to be determined. That is the reason the details are so important.
Many times it varies because different units in inventory were purchased at different prices and times. <em>Inflation </em>might be a factor the prices changes too.
However, in the <u><em>Periodic inventory system</em></u>, (COGS) is determined at the end of the accounting period, so the person in charge of keeping the records usually checks the <em>Inventory</em> account at the end of the year to know COGS.
Answer:
$4,213
Explanation:
Product Group Units Cost/Unit Market/Unit Total Value
A 1 600 $1.00 $0.80 $480
B 1 250 $1.50 $1.55 $375
C 2 150 $5.00 $5.25 $750
D 2 100 $6.50 $6.40 $640
E 3 80 $25.00 $24.60 $1,968
total $4,213
when you are using the lower of cost or net realizable value to determine the value of your inventory, you should calculate the inventory's value using the lowest cost between purchase cost and market value.
