Answer:
120
Explanation:
Data provided in the question:
Number of workdays in a year = 250
Demand, D = 7,500 units
Ordering costs, F = $25.00 per order
Carrying costs, C = $9.00
Lead time = 4 days
Now,
Reorder point = Lead Time in days × Average Daily Demand
also,
Average Daily Demand = Demand ÷ Number of workdays in a year
= 7500 ÷ 250
= 30
Thus,
Reorder point = 4 × 30
= 120
Answer:
The answer is Systems Proposal.
Explanation:
Answer:
The correct word for the blank space is: Systems Proposal.
Explanation:
In computer science, the Systems Proposal is a second step on a project that outlines the features, benefits, costs, alternatives, and a step-by-step schedule of the software that is intended to be developed. All the information is gathered in a document that has the intention to promote the production of the software, thus, the Systems Proposal mainly provides the core information and highlights benefits over costs without hiding anything relevant.
Answer and Explanation:
The computation is shown below;
1.
Total hours for job A - 500
= Direct labor ÷direct labor wage rate
= $150 ÷ $15
= 10
Total over head cost = overhead cost per labor hours × no. of labor hours
= $20 × 10
= $200
total manufacturing cost = Direct materials cost + Direct labor cost + Total over head cost
= $280 + $150 + $200
= $630
2.
Cost assigned to each unit
= total manufacturing cost ÷ number of units
= $630 ÷ 70
= $9
Answer:
$18,800
Explanation:
The amortization expense can be calculated by dividing the cost of copyright to purchase by the estimated useful life and then multiplied by the number of months covered until May 1, 2017.
Amortization expense = Cost to purchase / Estimated useful life) x 8/12 Amortization expense = ($112,800 / 4 years) * 8/12
Amortization expense = $18,800
As the copyright is purchased on may 1 it will cover 8 months till 31 december 2017
Answer: 0.3069
Explanation:
Probability ofReturn Deviation Squared State Prob. This state This state from Mean Deviation × Sq. Dev. 0.45 25.00% 6.00% 0.36% 0.1620% 0.50 15.00% -4.00% 0.16% 0.0800% 0.05 5 .00% -14.00% 1 .96% 0 .0980% Expected return = 19 .00% 0 .34% 0 .3400% = Expected variance σ = 5.83% Coefficient of variation = σ/Expected return = 0.3069
To find the coefficient of variation on a company's stock, calculate the expected return, then the variance of the returns. Divide the standard deviation (square root of the variance) by the expected return. This gives a measure of risk per unit of return.
The coefficient of variation is used as a measure of relative variability. In this case, you would first calculate the expected return (E(R)), which is the sum of the each state's return times its probability. E(R) = (0.45 * 25%) + (0.5 * 15%) + (0.05 * 5%) = 16.75%. Secondly, you would calculate the variance of the returns which is the sum of the square of the difference of each state's return from the expected return times its probability. Lastly, the coefficient of variation is the standard deviation (the square root of the variance) divided by the expected return. This gives you a measure of risk per unit of return - hence the term 'relative variability'.
Investors in the stock market often use measures such as the coefficient of variation to give them an idea of the risk associated with different stocks. Though it's important to remember, as with any mathematical model, this is just a theoretical approximation, it doesn't account for external factors that could potentially affect the stock's performance.
#SPJ3
travel distances
insurance claims
a company's competitors
fraud
A-D
-financial records
-a company’s competitors
Answer:
Financial Records
A Company’s Competitors
Explanation:
I got it right on edge 2020 hope this helps!
Answer:
Debit: Accounts receivable with 1,500,000
Sales account with 1,500,000
Explanation:
Journal entry for Organic Growth at January 2, 2017 will appear in the book as follows:
Details DR ($) CR ($)
Accounts receivable 1,500,000
Sales account 1,500,000
Being the sales of Organic Growth on credit