'Actual Tigers Company'
Total Assets
$100,000
Stockholder Equity: $30,000
$100,000 - $30,000 = $70,000
$70,000 + $30,000 = $100,000
Total Assets - Equity = $70,000 (total liabilities)
$70,000 + Equity = $100,000 (total assets)
In accounting if we minus the total assets ($100,000) with equity ($30,000) it will always give the "total liabilities" which is (70,000)
Then, adding the "total liabilities" ($70,000) with the equity ($30,000) equals $100,000 equal like as the "total assets"of $100,000
The total assets MUST match the total liabilities. If they don't match then either the calculation of the total assets are inaccurate or the numbers are estimated wrong to recalculate.
Answer: Demand is Unit - Elastic over this price range.
Explanation:
When total revenue remains the same over various price level then the demand curve is unitary elastic.
Unit-Elastic demand - It depicts a demand curve which is perfectly responsiveness to changes in cost. That is, the amount of demand changes as indicated by a similar percentage changes in prices.
A demand curve with an elasticity of 1 is called as unitary elasticity of demand.
From what I researched $109.99 not sure if that's sure tho
Answer:
The answer is option E) The type of analysis that Jamie is doing is best described as scenario analysis.
Explanation:
scenario analysis assesses the effect of changing all the input variables at the same time.
Scenarios being considered can relate to a single variable, such as the relative success or failure of a new product launch, or a combination of factors, such as the results of the product launch combined with possible changes in the activities of competitor businesses. The goal is to analyze the results of the more extreme outcomes to determine investment strategy.
In this case, scenario analysis is used in analyzing the estimated net present value of a project under various conditions by revising the sales quantity, sales price, and the cost estimates.
Answer:
Kanban container size = 73
Number of kanbans needed = 5
Explanation:
Kanban container size (Q):
Q = SQRT [(2 x D x S) / H x (1 - d/p)]
where,
D = Annual demand
S = Setup cost
H = Holding cost
d = Daily usage
p = Daily production
Putting the given values in the above formula,
CONTAINER SIZE = SQRT ((2 * ANNUAL DEMAND * SETUP COST) / (HOLDING COST * (1 - (DAILY USAGE / DAILY PRODUCTION))))
Q = SQRT [(2 x 4,000 x $30) / $125 x (1 - 16/25)]
Kanbans container size = 73 units (Rounding off to the nearest whole number)
NUMBER OF KANBANS = DEMAND DURING LEAD TIME + SAFETY STOCK / SIZE OF CONTAINER
K = ((16 * 16) + (4 * 25) / 73 = 5
