In: Biology
Hammer Inc wants to expand into Spain. They are expecting the following cash flows over the next five years. Exchange rates and discount rates are also given.
Year 1 Year 2 Year 3 Year 4 Year 5
Expected CF (Euros): 2 million 2.2 million 2.5 mil 3 mil 4 mil
Exchange Rate (1 Euro): $1.40 $1.40 $1.30 $1.25 $1.20
Discount Rate 18% 18% 15% 15% 15%
What is the value of the project?
In: Finance
Identify which section of the statement of cash flows (using the indirect method) would present information regarding the following activities. (Use O for operating, I for investing, or F for financing).
Blank 1: Cash sales
Blank 2: Paid a dividend
Blank 3: Purchased a new piece of equipment
Blank 4: Issued 10,000 shares of common stock
Blank 5: Paid cash wages
Question options:
| Blank # 1 | |
| Blank # 2 | |
| Blank # 3 | |
| Blank # 4 | |
| Blank # 5 |
In: Accounting
CHAP 9 KEY TERMS/ABBREVIATIONS-RECEIVING PAYMENTS & INSURANCE PROBLEM SOLVING ( please define )
1. Advance Beneficiary Notice of Non coverage
2. aging report
3. appeal
4. delinquent claim
5. denied claim
6. explanation of benefits
7. inquiry
8. insurance payment posting
9. medical necessity
10. rejected claim
11. remittance advise
12. suspended claim
13. tracer
ABBREVIATION:
1. CMS
2. EOB
3. HIPAA
4. HMO
5. NPI
In: Nursing
Consider the following data on an asset:
|
Cost of the asset, I |
$214,000 |
|
Useful life, N |
5 years |
|
Salvage value, S |
$62,000 |
Compute the annual depreciation allowances and the resulting book values.
(a) Use the straight-line depreciation method. Fill in the table below. (Round to the nearest dollar.)
|
n |
Dn |
Bn |
|
|
1 |
$__________ |
$___________ |
|
|
2 |
$__________ |
$___________ |
|
|
3 |
$__________ |
$___________ |
|
|
4 |
$__________ |
$___________ |
|
|
5 |
$__________ |
$___________ |
(b) Use the double-declining-balance method. Fill in the table below. (Round to the nearest dollar.)
|
n |
Dn |
Bn |
||
|
1 |
$_________ |
$__________ |
||
|
2 |
$_________ |
$__________ |
||
|
3 |
$_________ |
$__________ |
||
|
4 |
$_________ |
$__________ |
||
|
5 |
$_________ |
$__________ |
In: Economics
Topic: Math - Linear Algebra
Focus: Matrices, Linear Independence and Linear Dependence
Consider four vectors v1 = [1,1,1,1], v2 = [-1,0,1,2], v3 = [a,1,0,b], and v4 = [3,2,a+b,0], where a and b are parameters. Find all conditions on the values of a and b (if any) for which:
1. The number of linearly independent vectors in this collection is 1.
2. The number of linearly independent vectors in this collection is 2.
3. The number of linearly independent vectors in this collection is 3.
4. The number of linearly independent vectors in this collection is 4.
In: Advanced Math
By combining stocks with ______________ in a portfolio, an investor would get big diversification benefits.
1)Negative covariance of stock returns
2)High standard deviation of returns
3)Positive correlation coefficients of stock returns
4)High beta coefficients
Which of the following is true?
S1: The stand-alone risk of a stock can completely be diversified away.
S2: According to the Capital Asset Pricing Model (CAPM), the market risk of a stock is relevant.
1) S1
2) S2
3) Both
4) Neither
In: Finance
Suppose that X and Y are random samples of observations from a population with mean μ and variance σ2.
Consider the following two unbiased point estimators of μ.
A = (7/4)X - (3/4)Y B = (1/3)X + (2/3)Y
[Give your answers as ratio (eg: as number1 / number2 ) and DO NOT make any cancellation]
1. Find variance of A. Var(A) = ? *σ2
2. Find variance of B. Var(B) = ? *σ2
3. Efficient and unbiased point estimator for μ is ?
In: Statistics and Probability
1. A soil has the following cations reported as cmolc per kg of soil Ca = 6; Mg = 4; K = 3; Na = 2; Al3+ = 10.
a. Calculate the CEC of the soil (cmolc per kg) ( 1 point)
b. Calculate the base saturation (2 points)
c. How much CaCO3 needs to be added to this soil to raise the base saturation to 80%? (3 points)
d. How much CaO needs to be added to this soil to raise the base saturation to 80%? (4 points)
In: Chemistry
Change the following C++ functions to Assembly x86:
int problem1_ ( )
{
int numberArray [3] = {1, -2, 15 };
int result = 0, index = 0;
int numElements = 3;
while (index < numElements)
{
if ( index >= 1 && numberArray[index] > 3 )
{
result += numberArray[index] ;
}
else
{
result -= 3;
}
index++;
}
return result;
}
int problem2_ ( )
{
int a, modulo
int answer = 0, b = 3;
for ( a = 5; a > 0; a-- )
{
if ( ( a % 4 == 0 ) || ( a % 4 == 3) )
{
answer += b ;
}
else
{
answer *= 2;
}
}
return answer;
}
In: Computer Science