how to write a financial analysis and recommendation in real estate investment?
In: Operations Management
| Period | Demand | F1 | F2 |
| 1 | 68 | 65 | 62 |
| 2 | 75 | 65 | 65 |
| 3 | 70 | 74 | 70 |
| 4 | 74 | 69 | 71 |
| 5 | 69 | 72 | 76 |
| 6 | 72 | 68 | 74 |
| 7 | 80 | 73 | 75 |
| 8 | 78 | 75 | 82 |
| a. |
Calculate the Mean Absolute Deviation for F1 and F2. Which is more accurate? (Round your answers to 2 decimal places.) |
| MAD F1 | |
| MAD F2 | |
| (Click to select)F1F2None appears to be more accurate. |
| b. |
Calculate the Mean Squared Error for F1 and F2. Which is more accurate? (Round your answers to 2 decimal places.) |
| MSE F1 | |
| MSE F2 | |
| (Click to select)F2F1None appears to be more accurate. |
| c. |
You can choose which forecast is more accurate, by calculating these two error methods. When would you use MAD? When would you us MSE? Hint: Control charts are related to MSE; tracking signals are related to MAD. |
|
Either one might already be in use, familiar to users, and have past values for comparison. If (Click to select)control chartstracking signals are used, MSE would be natural; if (Click to select)tracking signalscontrol charts are used, MAD would be more natura |
| d. |
Calculate the Mean Absolute Percent Error for F1 and F2. Which is more accurate? (Round your intermediate calculations to 2 decimal places and and final answers to 2 decimal places.) |
| MAPE F1 | |
| MAPE F2 | |
| (Click to select)F1F2None appears to be more accurate. |
In: Operations Management
please do it in C++, will up vote!! please add snap shots of result and explanation.
You are to create a recursive function to perform a linear search through an array.
How Program Works
Program has array size of 5000
Load values into the array, equal to its index value. Index 5 has value 5, index 123 has value 123.
Pass array, key, and size to the recursive function:
int recursiveLinearSearch(int array[],int key, const int size, bool & methodStatus)
User enters key to search for, recursive function calls itself until the key is found (methodStatus is true), print out the key and number of function calls when control is returned to the main
Handle situation of key not found (return number of function calls AND methodStatus of false) – print not found message and number of calls in the main
Function returns a count of how many recursive calls were made
Value returned is the number of calls made to that point, that is, when item is found the value returned is 1 with preceding functions adding 1 to the return value until the actual number of recursive function calls are counted).
Determine smallest key value that causes stack-overflow to occur, even if you need to make array larger than 5000.
Test cases need to include, biggest possible key value, “not found” message, and a stack overflow condition.
In: Computer Science
2.The importance of taking inventory in both perpetual and periodic inventory systems (mention some control mechanisms)
In: Operations Management
Mesa Blanca decides to invest $5 million in Action Technologies. Expected exit valuation is $125 million and time to exit is 5 years. Mesa Blanca wants a 50% / year return and expects future dilution of 60%.
What might lead Mesa Blanca to expect future dilution of 60%?
What would the pre and post money valuation, and % ownership Mesa Blanca require at the time of their investment?
What does this analysis suggest about Action Technologies?
In: Finance
Many countries have universal healthcare, what if the United States followed suit:
How would the health care be financed?
Would there be any limits to put into place?
Who will be in charge of monitoring performance and quality?
Will there be any rationing of care or ability for experimental treatment/ drugs and cosmetic surgery?
In: Operations Management
Exercise 6.1: Interviewing Change Recipients
Your task is to interview three employees, they can be in the same or different organizations. Ask them to think back to an organizational change that they experienced, and to answer the following questions:
Were they presented with an organizational vision for this change, and if so: What was the vision? What effect did this have on them? Were they involved in developing the vision? To what extent did the vision motivate them to engage in the change? How central was the vision to implementing the change?
If your interviewees were not given an organizational vision for this change, ask them: Would a vision have helped them to understand and become involved in the change? How important is vision to achieving organizational change?
When you have completed your interviews, consider the responses that you have documented. What general conclusions emerge regarding the relationship between vision and organizational change? What have you learned from this exercise/
In: Operations Management
All trucks traveling on Interstate 40 between Alburquerque and Amarillo are required to stop at a weigh station. Trucks arrive at the weigh station at a rate of 200 per 8-hour day, and the station can weigh, on the average, 220 trucks per day.
Determine the average number of trucks waiting, the average time spent waiting and being weighed at the weigh station by each truck, and the average waiting time before being weighed for each truck.
If the truck drivers find out they must remain at the weigh station longer than 15 minutes on the average, they will start taking a different route or traveling at night, thus depriving the state of taxes. The state of New Mexico estimates it loses $10,000 in taxes per year for each extra minute that trucks must remain at the weigh station. A new set of scales would have the same service capacity as the present set of scales, and it is assumed that arriving trucks would line up equally behind the two sets of scales. It would cost $50,000 per year to operate the new scales. Should the state install the new set of scales?
Suppose passing truck drivers look to see how many trucks are waiting to be weighed at the weigh station. If they see four or more trucks in line, they will pass by the station and risk being caught and ticketed. What is the probability that a truck will pass by the station?
In: Operations Management
1. How are LLC's different from Sole Proprietorships and Partnerships?
2. Why have LLC's become such a popular form for small business's?
3. Why have LLC's become so popular for politicians?
4. The book discusses several other business types. Select one and give a real world example of its use.
In: Economics
Your firm is contemplating the purchase of a new model commercial airplane which is more fuel efficient that the models your firm is currently flying. On the basis of capital budgeting techniques that we have learned and used, thus far, what are the factors that you will consider in deciding whether or not to purchase and add the newer model planes to your fleet. Explain thoroughly.
In: Finance
Problem 2: In Multi-Effects Desalination (MED) system composed of 4 effects, and 3 feed preheaters and down condenser. List the following: a- The mass balance in the evaporator, feed preheater and down condenser b- The energy balance in the evaporator, feed preheater and down condenser c- The Material balance in the first effect d- The temperature profile of the feed if the intake temperature is 25ºC and temperature of last effect is 40ºC and the temperature of first effect is 60ºC e- What will happen to the transfer area of the evaporator if the motive steam temperature is increased to 100ºC where the rest is remaining constants.
In: Mechanical Engineering
In: Operations Management
in java
Write a class named “Stock” to model a stock. The properties and
methods of the class are shown in figure below. The method “
percentage ” computes the percentage of the change of the current
price vs the previous closing price. Write a program to test the
“Stock” class. In the program, create a Stock object with the stock
symbol SUND, name Sun Microsystem V, previous closing price of 100.
Set a new current price randomly and display the price
percentage.
Stock
private String symbol
private String name
private double previousClosingPrice
private double currentPrice
public Stock()
public Stock(String symbol, String name)
public String getSymbol()
public String getName()
public double getPreviousClosingPrice()
public double getCurrentPrice()
public void setSymbol(String symbol)
public void setName(String name)
public void setPreviousClosingPrice(double price)
public void setCurrentPrice(double price)
public double percentage()
In: Computer Science
Cryptography-
Run S-DES with key: 1000100111 and plaintext: 01010101
In: Computer Science
Each year, Florida's Best Salad Dressing, Inc. (FBSD) purchases 50,000 gallons of extra virgin
olive oil. Ordering costs are $95.00 per order, and the carrying cost, as a percentage of inventory
value is 80 percent. The purchase price to FBSD is $0.50 per gallon. FBSD’s management currently
orders the EOQ each time an order is placed. No safety stock is carried. The supplier is now offering a
quantity discount of $0.03 per gallon if FBSD orders 10,000 gallons at a time. What is the net benefit
in dollars if FBSD takes the discount?
In: Operations Management