Give an example for each type of market.

Q3# Briefly provide the answers to the following questions?

(a) Define overfitting.

(b) List causes of overfitting in neural networks.

(c) How can overfitting be avoided in neural nertworks?

(Automobile leasing problem) Sundown Rent-a-Car, a large automobile rental agency operating in the Midwest, is preparing a leasing strategy for the next six months. Sundown leases cars from an automobile manufacturer and then rents them to the public on a daily basis. A forecast of the demand for Sundown’s cars in the next six months follows: MONTH MARCH APRIL MAY JUNE JULY AUGUST Demand 420 400 430 460 470 440 Cars may be leased from the manufacturer for either three, four, or five months. These are leased on the first day of the month and are returned on the last day of the month. Every six months the automobile manufacturer is notified by Sundown about the number of cars needed during the next six months. The automobile manufacturer has stipulated that at least 50% of the cars leased during a six-month period must be on the five-month lease. The cost per month on each of the three types of leases are $420 for the three-month lease, $400 for the four-month lease, and $370 for the five-month lease. Currently, Sundown has 390 cars. The lease on 120 cars expires at the end of March. The lease on another 140 cars expires at the end of April, and the lease on the rest of these expires at the end of May. Use LP to determine how many cars should be leased in each month on each type of lease to minimize the cost of leasing over the six-month period. How many cars are left at the end of August?

Show objective function and constraints

An object is placed 68cm from a screen

1. At what point from the object should a converging lens with a focal length of 17cm be placed so that it will produce a sharp image on the screen? (in cm   from the object)

2. What is the image's magnification?

Please I need answer for all four questions please. ONLY ANSWER IF YOU CAN BE ABLE TO ANSWER TO 4 QUESTIONS. I DONT REALLY NEED LONG ANSWERS.

1.Describe why your nested Virtual Machine has a different DHCP server from your HOST Virtual Machine.

2. Describe why you would set your VM up using the host-mode network.

3. What is the difference between physical core and logical processors

4. What is memory ballooning and how should it be used in virtualization?

THANKS

What and how will you teach in a 3rd grade classroom by applying Zone of Promixal Development (ZPD) and Scaffolding?

PLEASE USE THE BA 11 PLUS CALCULATOR FUNCTIONS. NO FORMULA METHODS PLEASE. I'M BEING GRADED ON MY FINAL USING CALCULATOR FUNCTIONS ONLY. ALSO PLEASE SHOW WORK IN THE TABLE AS WELL. THANK YOU.

2. LO 1 Angelo Lemay borrowed $8000 from his credit union. He agreed to repay the loan by making equal monthly payments for five years. Interest is 9% compounded monthly.

1. What is the size of the monthly payments?

2. How much will the loan cost him?

3. How much will Angelo owe after 18 months?

4. How much interest will he pay in his 36th payment?

5. How much of the principal will be repaid by the 48th payment?

6. Prepare a partial amortization schedule showing details of the first three payments, Payments 24, 25, 26, the last three payments, and totals.

Should the management of volunteers require the application of management principles different from those used in managing paid employees?

Outline the rules associated with asset revaluations under the fair value model of AASB116, describing (i) what movements are recorded, (ii) what happens to the accumulated depreciation account, and (iii) the impact on depreciation expense in subsequent years.

Given the following information, complete the planned order releases and projected on-hand balances for component part X.

Q = 60, LT = 3 weeks, Safety Stock = 5

a) Explain the relationship between "programming to interfaces" and "loose coupling," why we care about these two things, and why it is not possible to create completely decoupled code.

b) Given the fact that we care about these two concepts, why might this imply that the new operator is problematic for creating flexible code?

This is the question about Verilog.

the H/W question is "Explain about 'always syntax' in verilog with the simple verilog example."

During the holiday season, shoppers were asked to estimate how much money they spent on gifts for themselves. Raw data is given below. Are the reported amounts significantly less than the actual amounts as determined from the receipts?

1) Write Ho (null) and H1 (alternative); indicate which is being tested.

2) Perform the statistical test ad write answer to the original question as a statement related to the original query

2) Construct a 99% confidence interval estimate of the mean difference between reported amounts and actual amounts . Interpret the resulting confidence interval, does it contain 0?

Learning Objectives

• Writing classes that represent objects
• Define object's state (Instance variables)
• Define objects constructors
• Write getter (accessor) and setter (mutator) methods.

As in previous labs, please write the Java code for each of the following exercises in BlueJ. For each exercise, write a comment before the code stating the exercise number.

Make sure you are using the appropriate indentation and styling conventions

Exercise 1 (15 Points)

• In BlueJ, create a new project called Lab5
• In the project create a class called DogDemo with a static method called makeDogs
• Create a second class in the same project called Dog that will represent a single dog (just a class header and an empty body for now).
• In the makeDogs method, create a Dog object called myDog. Note that the Dog and DogDemo classes are now connected by a dotted arrow in the project window to show that DogDemo depends on (uses) the Dog class.

Exercise 2 (20 Points)

• In the Dog class, create a variable at the class level (also called instance data or a field) that will represent the dog's name (a String).
• Declare this variable as private. This puts the Dog class in charge of how the name gets updated. This variable is not DIRECTLY accessible from outside the Dog class.
• In the declaration of the variable, initialize it to "Lassie".
• Create a toString method that returns the dog's name.
• In the makeDogs method of the DogDemo class, print the Dog object you created. Run the makeDogs method.

Exercise 3 (15 Points)

• This would be OK if all dogs were named Lassie!! Each instance of Dog (each Dog object) will have its own name variable, which contain different values. So create a constructor in the Dog class that accepts a parameter which is used to set the name variable.
• In the makeDogs method, create a new dog and pass in the name "Lassie" to its constructor.
• Create a second Dog object with a different name, "Rover" for example.
• Print the two dog objects.

Exercise 4 (15 Points)

• Add another field to the Dog class representing the dog's breed (a String) and one representing the dog's age (an int). Both fields should be private.
• Modify the Dog constructor to set these values as well, based on parameters.
• Define a new Dog objects in makeDogs and give them a name, breed and age.
• Modify the toString method to return a string in the following form:

Fido is a 3-year-old German Sheppard

• Test the updated makeDogs method. Think through what is happening at each step.

Exercise 5 (10 Points)

• Add standard "getter" methods for all three fields. Remember that getter methods just returns the value of a private instance variable (field). This will make the value of a private variable accessible ONLY through this method.
• In the makeDogs method, get and print just the breed of one of your created objects.
• Then get and print just the name of another one of the created objects.

Exercise 6 (10 Points)

• In Dog, add a "setter" method for the age field. Don't change the age if the parameter is less than 1.
• In the makeDogs method, try to set the age of yourDog to 0, then print the Dog object to make sure the age did not change.
• Then set the age of yourDog to 4 and print it again.

Exercise 7 (15 Points)

• You may have heard the expression "That's 21 in dog years" or something similar. The idea is to come up with a number to make it easy to compare a dog's age to that of a human in terms of overall life span. The calculation used is real age multiplied by 7. So a dog that's 3 years old is "21 in dog years".
• Add a method in Dog called getDogYears that returns the dog's age in dog-years. Do NOT create another field for this. Just return the dog's current age multiplied by 7.
• In the makeDogs method, print each dog's age in dog-years:

Rover is 28 in dog-years.