Answer: See Explanation
Explanation:
You didn't give the methods to use but let me use 2 main methods.
First, let's use the Straight line Depreciation. This will be:
= ($71000 + $3000 + $2000 - $3000) / 5
= $73000/5
= $14600
Year 1 Depreciation = $14600
Year 2 depreciation = $14600
Secondly, let's use the double declining method of Depreciation will be:
= 1/5 × 2
= 0.2 × 2
= 0.4
= 40%
Year 1 depreciation will be:
= 76000 × 40%
= 76000 × 0.4
= $30400
Year 2 Depreciation will be:
= ($76000 - $30400) × 40%
= $45600 × 40/100
= $45600 × 0.4
= $18240
Answer:
D. Deflation
Explanation:
"Consumer Price Index" <em>(CPI)</em> measures the changes in the weighted average of prices of a market basket (consisting of consumer goods and services). It tells the<u> cost of living for every consumer. </u>
"Inflation" refers to the sustained increase of prices of goods and services while "deflation" refers to the sustained decrease of prices of goods and services.
In the situation above, the CPI is considered lower than before, thus <u>deflation</u> must have occurred during the second six-year period. It shows a <u>negative inflation rate.</u>
So, this explains the answer.
Answer:
2019 2018 2017 2016 2015
Sales 362 237 192 134 100
Cost of goods sold 365 238 195 135 100
Accounts receivable 254 202 191 114 100
Explanation:
Note: See the attached excel file for the table showing how the trend percents are calculated.
Trend percents, often known as index numbers, can be described as percents that are used for comparing financial data across time to a based year or period. This can be calculated using the following formula:
Trend percents = (Analysis year amount / Base year amount) * 100 ........ (1)
Using equation (1), the following table shows the trend percents computed as follows:
2019 2018 2017 2016 2015
Sales 362 237 192 134 100
Cost of goods sold 365 238 195 135 100
Accounts receivable 254 202 191 114 100
Answer:
a) 3X + 2Y = 36
b) X = 6 , Y = 9
c) 27
Explanation:
Individual consumes : X and Y
Spends : $36 per time period
unit cost : $3 per unit for X
$2 per unit for Y
utility function : U( X, Y ) = .5XY
<u>A) Budget equation mathematically</u>
X* Px + Y* Py = M
3X + 2Y = 36
Px and Py = unit cost for X and Y
M = Total spent ( revenue )
<u>b) Values of X and Y that will maximize utility </u>
Maximum utility ( MRS ) = Px / Py ,
MRS = MUx / MUy
= Y/X = 3/2
∴ 2Y = 3X
From BC : 6X = 36 ( X = 6 plug into mathematically equation above )
∴ X = 6 , hence Y = 9
<u>c) Total utility generated per unit of time </u>
U( X,Y ) = .5XY
= 0.5 * 6 * 9 = 27