Answer:
Trend- % change in sales = 34.64%
Explanation:
<em>Trend analysis entails determining the performance of a business over time by comparing its performance data from one period to another. The aim of trend analysis is to identify the behavior of a set of ratios over a period of time by comparing them across different years.</em>
To determine the trend for a particular data, we use the formula below
% Change in variable =
(Current year figure - Previous year figure)/Previous year figure × 100
DATA
Current year figure for sales (2017) - 450,000
Previous year figure for sale (2016) - 688,500
% change in sales = (450,000 -688,500)/688,500 × 100 = 34.64%
% change in sales = 34.64%
This implies that the company made sales in 2017 which is 34.64% less than that made in 2016
Answer:
The adjusting entry needed on December 31 is:
Debit Unearned Rent revenue $10,800
Credit Rent Revenue $10,800
Explanation:
Following the Accrual accounting - an accounting method that revenue or expenses are recorded when a transaction occurs rather than when payment is received or made.
The tenant paid five months' rent in advance on October 1. From October 1 to December 31, Vista View Company had rented warehouse space to a tenant for 3 months.
The adjusting entry needed on December 31 is:
Debit Unearned Rent revenue $10,800 ($3,600 x 3 = $10,800)
Credit Rent Revenue $10,800
The correct option from the given choices is; "<span>c. price, quantity demanded".
</span>
The demand curve refers to graphical representation, which is used to show the relationship amongst cost (price of good) and quantity.Normally, the cost will show up on the left vertical axis, and on horizontal axis the demand of quantity is represented. The relationship between them is inverse relation or we can say that both price and quantity are inversely related to each other.
Answer:
$124,966.9
Explanation:
The computation of the market or resale value is shown below:
$100,000 = $10,000 ÷ (1.15^1) + $10,000 ÷ (1.15^2) + $10,000 ÷ (1.15^3) + $10,000 ÷ (1.15^4) + Resale value ÷ (1.15^4)
$100,000 = $8695.65 + $7561.44 + $6575.16 + $5717.53 + Resale value ÷ 1.749006
Resale value ÷1.749006 = $71,450.22
So, the resale value is = $124,966.9
We simply applied the present value formula
Answer:
The length of time = 12 years
Explanation:
<em>The number of years the case would be determines the length time it takes the present value of annuity of 17,000 to equate the initial cost </em>
Initial cost = A× (1- (1+r)^(-n)/r =
A- 17,000, r- 13%, n - ?
So we will need to work out the value of " n"
100,000 = 17,000 × 1- 1.13^(-n)/0.133
100,000/17,000 =1- 1.13^(-n)/0.13
5.88235 ×0.13 = 1- 1.13^(-n)
n = 12
The number of years is approximately 12 years
The length of time = 12 years
