Answer:
Explanation:
Whenever you merely have one categorical variable within a single population, the goodness fit test is utilized. It's used to see if sample data matches a hypothesized or predicted distribution.
It's used to figure out how a particular phenomenon's observed value differs from the predicted value.
It can also be employed to make comparison of the observed sample to the sample distribution that should have been expected. It determines how closely the theoretical distribution corresponds to the empirical distribution.
Using this as an additional example that has not been discussed:
Consider a firm that produces a card deck. According to the company, 25% of its cards were clubs, 60% were diamonds but not hearts, and 15% were spades. We may collect a random sample of card decks and do a goodness of fit test to check if our sample distribution varied substantially from the company's reported distribution.
Answer: 18.8%
Explanation:
Simple rate of return on investment = Incremental net operating income / investment
Incremental net income = Operating savings - Annual cost
= 145,000 - 420,000/6 years
= $75,000
Net investment = Cost of new machine - salvage value of old
= 420,000 - 21,000
= $399,000
Return on investment = 75,000/399,000
= 18.8%
Answer:
A. Date Account Title Debit Credit
Insurance expense $30,700
($3000+$32500-$4800)
Prepaid insurance $30,700
B. Date Account Title Debit Credit
Insurance expense $30,700
Prepaid insurance $30,700
Answer:
gain will treat as capital gain at long term tax rate
Explanation:
given data
bought shares = 1,000
stock for = $60.59 per share
sold = $82.35 per share
solution
as gain from sale of stocks is held for an investment purpose and it is treated as capital gain
when stock is here held for more than year
so gain is taxed as long term capital gain
and when gain is less than year than gain taxed short term capital gain
but here we have given stock for more than year
so here gain will treat as capital gain at long term tax rate
