Answer:
13 days
Explanation:
We are to calculate the days of inventory on hand.
Days of inventory on hand = number of days in a period/ inventory turnover
Inventory turnover = Cost of goods sold / average inventory
Cost of goods sold = 0.68 x $948,000 = $644,640
Inventory turnover = $644,640 / $23,000 = 28.027826
Days of inventory on hand = 365 / 28.027826 = 13.02 days
I hope my answer helps you
Explanation:
I don't understand the question. Maybe elaborate more.
Answer:
The correct option is a) Gross profit and ending inventory.
Explanation:
The inventory technique is a method of accounting for calculating the value of an inventory. The approach calculates the ending inventory balance by comparing the inventory cost to the merchandise price.
There are three methods for valuing inventory whic are FIFO (First In, First Out), LIFO (Last In, First Out), and WAC (Weighted Average Cost) (Weighted Average Cost). The gross profit and ending inventory are affected differently by each of these costing methods.
This implies that the selected inventory costing method impacts gross profit and ending inventory.
Therefore, the correct option is a) Gross profit and ending inventory.
I would recommend it lower its price.
Explanation:
iWatch is not a product a lot of people wish for and it doesn't compliment the life of users enough to be expensive to buy. When it is expensive sales will reduce which would make sales revenue reduce but if the price is low a lot of people will patronize the product thus increase revenue.
#learnwithbrainly
<span>1 candy cost 1
2 candies cost 1+.50=1.50 ( here D is not an integer, hence we cannot buy 2 candies . so we can reject all cases where D is non Integer)
3 candies cost 1.50 +1 =2.50
4 candies cost 2.50+.50= 3
5 candies cost 3+1= 4
6 candies cost 4+.50= 4.50
7 candies cost 4.50+1=5.50
8 candies cost 5.50.+.50= 6
9 candies cost 6+1= 7
.....
13 candies cost =10
(i) D is prime
D=3 and N=4 (N is even)
D=7 N=9 (N is odd )
not sufficient
(ii) D is not Divisible by 3
D=1 N=1
D=4 N =5
D=7 N=9
D=10 N=13
so we see if D is not divisible 3 then N is always odd.</span>
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