Answer:
The restaurant earned a profit of $1145.56 which is approximately $1146
Explanation:
the formula is given as:
Q x (sale price – material cost) – ( rental + insurance)/day - loss
Q = 200
Sale price = $10
Material cost = $4
rental = $116
insurance = $45
lost sale expense = $4
day = 25
increased demand = 212
= 200(10 - 4) - (116 + 45)/25 - (212 - 200)4
= 200(6) - 6.44 - 48
= 1200 - 6.44 - 48
= $1145.56
<em>This is approximately $1146</em>
Answer and Explanation:
The computation of the depreciation expense under the straight-line method is shown below:
= (Purchase cost - residual value) ÷ (Remaining life left)
= ($61,300 - $5,900) ÷ ( 8 - 2)
= $55,400 ÷ 6 years
= $9,233.33
Now for the six months it would be
= $9,233.33 × 6 months ÷ 12 months
= $4,616.67
The asset turnover is the turnover that comes by dividing the revenue from the average of the total assets
Here as per the given option the second option is correct as it correctly represents the asset turnover
Answer:
$24.7million
$97.86million
$9.89million
Explanation:
From the sample , the lowest number is 16.3 and the highest number is 41, the range is
41-16.3
=$24.7 million
Σ 
In the sample given the mean is . : (41 +40 +38+ 32+ 23+ 22+ 20+ 18+ 17.8 +16.3 )/10
mean=26.81
Using that, we can find the variance:
[(41-26.81)^2+(40-26.81)^2+(38-26.81)^2+(32-26.81)^2+(23-26.81)^2+(22-26.81)^2+(20-26.81)^2+(18-26.81)^2+(17.8-26.81)^2+(16.3-26.81)^2]/10=97.86million
The standard deviation is just the square root of the variance:
standard deviation=√(var)
, the standard deviation is the square root of 97.86, which equals $ 9.89 million
Answer:
$2,600 in the Accounts Receivable Dr./Sales Cr. column and $1,700 in the Cost of Goods Sold Dr./Inventory Cr. column.
Explanation:
If we assume that Maxie's Game World uses a perpetual inventory system, the appropriate journal entries should be:
Date XXX, merchandise sold on credit to client YYY, terms 1/10, n/30
Dr Accounts receivable 2,600
Cr Sales revenue 2,600
Dr Cost of goods sold 1,700
Cr Merchandise inventory 1,700
The answer is under $25,000
