I asked this question before, but I'm wondering if there are any other ways to do this problem. My exam will be similar to this, so I'm looking for more examples to study with. Thank you!

For this Java program, you will write two classes: GradeCalculator and GradeCalculatorDriver.

In the GradeCalculator class, compute the final average and letter grade for a particular student.

The final average is calculated according to the following rules:

1) There are ten exams scored out of 100 points

2) The lowest exam score is not included in the calculation of the final average

3) The highest exam score is not included in the calculation of the final average

4) An average of 91-100 is an A

5) An average of 81-90 is a B

6) An average of 71-80 is a C

7) An average of 61-70 is a D

8) An average of 0-60 is an E

The GradeCalculator class must include the following methods:

1) A method to compute and return the highest score

2) A method to compute and return the lowest score

3) A method to compute the sum of all the scores

4) A method to compute the final average

5) A method to determine the letter grade

In the GradeCalculatorDriver class, include a main method that asks the user for the student’s name and their ten exam grades, reads the grades, calculates the letter grade and prints it. This process should be repeated until the user enters N.

For example, a run of the program might look something like this:

Welcome to Score Calculator

Want to compute a final average? Y

Please enter the student’s name: Sara Smith

Please enter test scores all on one line separated by one or more spaces.

The final score for Sara Smith is 100.

The letter grade for Sara Smith is A.

Want to compute another final average? N

Can you please Describe your actions as the Manager, and how you would manage the project team's stress levels? but meeting the required dates.

Can you please Describe in detail, how dealing with short deadlines??..... will need to be compensated in the teams focus ?as well as how you will ensure that this is accomplished?

***(G) Greenberg, Jerald and Baron, Robert, Behavior in Organizations, 10th Edition, Prentice Hall, Upper Saddle River, NJ 2008. ISBN 9780136090199.

***(H) Humphrey, Watts S., Managing Technical People, Addison-Wesley, Reading, MA 1997. ISBN 9780201545975

***Please use the book resource if you can ? and APA for another website resource,

*250 words response please!

Suppose we have a collection of n different subsets of the set { 1, 2, ..., n } and they are in some arbitrary order, that is, we have subsets S1, S2, ..., Sn, but how many and which elements are in each of these subsets is entirely arbitrary. Suppose also that we have another subset S' of { 1, 2, ..., n }.

(a) Express a brute-force algorithm that determines whether S' equal to one of the subsets in the collection.

(b) Give a big-O worst case estimate as a function of n for the time complexity of your algorithm. To receive full credit, you must explain how you obtained your answer.

def read_list():

"""

This function should ask the user for a series of integer values (until the user enters 0 to stop) and store all those values in a list. That list should then be returned by this function.

"""

def remove_duplicates(num_list):

"""

This function is passed a list of integers and returns a new list with all duplicate values from the original list remove.

>>> remove_duplicates([1, 2, 3, 2, 3, 4])

[1, 2, 3, 4]

>>> remove_duplicates([1, 1, 1])

[1]

>>> remove_duplicates([])

[]

"""

def main():

num_list = read_list()

print("Original list entered by user: ")

print(num_list)

no_duplicates = remove_duplicates(num_list)

print("List with duplicates removed: ")

print(no_duplicates)

If two slits are separated by .25cm and the slit to screen is 1m, what is the distance between consecutive maxima for light of wavelength 0.5um? Show steps

Determine the oxidation number (oxidation state) for the indicated element in each of the following compounds.

A: Ti in TiO2

B: Al in NaAlH4

C: C in C2O42?

D: N in N2H4

E: N in HNO2

F: Sn in SnCl3?

What is the difference between product and production risk? How can they be mitigated?

C#

1. Create an Employee class with two fields: idNum and hourlyWage. The Employee constructor requires values for both fields. Upon construction, thrown an ArgumentException if the hourlyWage is less than 7.50 or more than 50.00. Write a program that establishes, one at a time, at least three Employees with hourlyWages that are above, below, and within the allowed range. Immediately after each instantiation attempt, handle any thrown Exceptions by displaying an error message. Save the file as EmployeeExceptionDemo.cs.

2. Write an application that creates an array of five Employees. Prompt the user for values for each field for each Employee. If the user enters improper or invalid data, handle any exceptions that are thrown by setting the Employee’s ID number to 999 and the Employee’s pay rate to the $7.50. At the end of the program, display all the entered, and possible corrected, records. Save the file as EmployeeExceptionDemo2.cs.

Write this in c++

Leap year and Second in year program

1. Whether a year is a leap year on not a leap year.
2. The number of seconds in a year. (FYI, it will be a different amount for leap vs non-leap year.) You can calculate the seconds by whatever means you choose, whether with defined constants and calculations or just calculations. It is your choice.
3. If the user inputs a year number greater than zero, the program returns how many seconds were or will be in that year.
4. Put in descriptions for your request for input. If you do the bonus portion, also put that in for your request.
5. Tell the user that an input of -99 ends the program. (+5)
   Put your prompt in a loop, asking the user each time what year to check. (+5)
6. You should assume a day length of exactly 24 hours. Obviously, multiplying 365*24*3600 isn’t exactly a programming challenge, and it won’t even give the right answer for all years.
7. You must take account of leap years, which means your years will not all have the same number of days. If you do not already know, here is the calculation for leap years:

1. If a year is divisible by 4 with no remainder, it is a leap year,
2. unless it is a centurial year (ending in 00).
3. Then it is not a leap year,
4. unless it is a year divisible by 400, in which case it is still a leap year.

For example:

1904 is a leap year—evenly divisible by 4.
1900 is not a leap year—it is evenly divisible by 4, and also evenly divisible by 100. However, it is not evenly divisible by 400.
2000 is a leap year— it is evenly divisible by 4, evenly divisible by 100, but also evenly divisible by 400.
Your calculation should ignore all other variations in the length of the calendar year, such as leap seconds or the change from the Julian to the Gregorian system.

1. Draw the supply and demand graph for coffee below assuming the market operates at an equilibrium price of $2.40 and an equilibrium quantity of 5,000.
2. Assuming tea and coffee are substitutes, what will happen in the market for coffee if the price of tea increases? Show the effects on your market.
3. Based on this information, will producer surplus in the market for coffee increase or decrease? Explain.

How fast, in rpm, would a 130 g , 58-cm-diameter beach ball have to spin to have an angular momentum of 0.15 kg⋅m2/s ? Express your answer using two significant figures.

C++ !

Create a Stash class specifically for storing Rect objects and call it RectStash. Add a default constructor and a destructor to correctly initialize your RectStash class. Then write a program that will read several lines as input. Each line will contain 4 floats defining a 2D rectangle in the Rect format described above. Read the rectangles adding them to a RectStash object. Stop reading rectangles when your program loads 4 negative float values. After this point you will start reading a series of 2D points, and for each 2D point you will print the classification of each point in respect to all previously read rectangles. The classification should print "in" or "out" according to its result. Stop your program when you read vector (-99,-99).

Everything should be contained in one file. You may not assume the existance of any header files in your working directory.

Sample Input:

-5 -5 2.5 2.5
5 8 2 2
-1 -1 -1 -1
0 0
-4 -6
6 9
-99 -99

result:

out out
in out
out out

P company purchased a 70% interest in S company on January 1, 2015 for $2,000,000. The book value and fair value of the assets and liabilities of S company on that day were:

                                                BOOK VALUE                     FAIR VALUE

Current assets                   $700,000                              700,000

Equipment                         1,600,000                             2,000,000

Land                                      500,000                                 700,000

Deferred charge               400,000                                 400,000

Total Assets                       3,200,000                             3,800,000

Less: Liabilities                 (700,000)                             (700,000)

Net Assets:                         2,500,000                             3,100,000

The equipment had a remaining useful life of 8 years on January 1, 2015 and the deferred charge was being amortized over a period of 10 years from that date. C/S was $1,700,000 and Retained Earnings was $110,000 on that same date. P company uses partial-equity method to record its investment within S company.

Create the December 31, 2015 work paper entries that:

1. Eliminate the investment account
2. Allocate and amortize the difference between implied value and book value

How to run the following code in ecclipse IDE?

MQTT PUBLISH - SUBSCRIBE MODEL CODE IN JAVA

(slide 29)public class Publisher
{
public static final String BROKER_URL = "tcp://broker.mqttdashboard.com:1883";
private MqttClient client;

public Publisher()
{

String clientId = Utils.getMacAddress() + "-pub";
try
{
client = new MqttClient(BROKER_URL, clientId);
}
catch (MqttException e)
{
e.printStackTrace();
System.exit(1);
}
}
}
//connecting client (slide 30)

MqttConnectOptions options = new MqttConnectOptions();
options.setCleanSession(false);
options.setWill(client.getTopic("home/LWT"), //helps detecting failures of other clients
"I'm gone".getBytes(), 2, true);

client.connect(options);

//the busniness logic (slide 31)
public static final String TOPIC_TEMPERATURE = "home/temperature";

//...
while (true)
{
publishBrightness();
Thread.sleep(500);
publishTemperature();
Thread.sleep(500);
}
//...

private void publishTemperature() throws MqttException {
final MqttTopic temperatureTopic = client.getTopic(TOPIC_TEMPERATURE);

final int temperatureNumber = Utils.createRandomNumberBetween(20, 30);
final String temperature = temperatureNumber + "°C";

temperatureTopic.publish(new MqttMessage(temperature.getBytes()));
}

//publishBrightness() will be implemented the same way publishTemperature() is

//implementing the subscribing client

public class SubscribeCallback implements MqttCallback(slide 32)
{

@Override
public void connectionLost(Throwable cause) {}

@Override
public void messageArrived(MqttTopic topic, MqttMessage message)
{
System.out.println("Message arrived. Topic: " + topic.getName() + " Message: " + message.toString());

if ("home/LWT".equals(topic.getName()))
{
System.err.println("Sensor gone!");
}
}

@Override
public void deliveryComplete(MqttDeliveryToken token) {}

}

\\make it known to the MqttClient before connecting (slide 34)

mqttClient.setCallback(new SubscribeCallback());
mqttClient.connect();
mqttClient.subscribe("home/#");