What is the sociological imagination and how is it related to agency and social structure?

Choose Amazon to analyze

High level risk management assessment, Identify 3 Traditional hazard risks, Identify 3 ERM type risks, and discuss the risks and evaluate potential costs of these risks

JAVA coding language:

Consider the method getAllCharAsString:

public statis String getAllCharAsString(String inputStr, char target) {

}

The method accepts a String parameter, inputStr, and a char parameter, target. It returns the result string consisting of all the characters in inputStr which match the target character (matching is case sensitive, for example, 'c' does not match "C"). If the characters match, the character is appended to the result String. After all the characters in inputStr have been compared, the method returns the result String. The method returns the empty String if there were no matches. Assume the inputStr is a String with length >= 0.

Example 1:

String str = "Open the pod bay doors Hal.";

String resStr = getAllCharsAsString(str, 'o');

resStr would be the String, "ooo".

Example 2:

String str = "Open the pod bay doors Hal.";

String resStr = getAllCharsAsString(str, 'z');

resStr would be the empty String, " ".

Write the getAllCharAsString method body in the box below.

c++ programing.

Objectives

• Further practice with classes
• Use of inheritance
• Use compositions

Define a class called Person with private members name of type string, and money of integer type. The class has the public member functions set(), getMoney(), print(), and a parameterized constructor with default values.

Define a class called Patient with private data members name of type string, durationOfTreatment, and TreatmentCost of type integer. The class has the public member functions set(), getCost(), getDuration(), print(), and a parameterized constructor with default values.

Define a class called Doctor that publicly inherits the class Person and has the private members numberOfPatients,totalCost, list[] (an array of type Patient), and calculateTotalCost(). The class has the public member functions set(), print(), and a parameterized constructor with default values.

Implement all member functions, enforcing the principle of least privileged.

The following driver produces the given sample input / output.

int main()

{

            Doctor Hakeem;

            Hakeem.set("Ali Omar", 3000, 3);

            Hakeem.print();

            return 0;

}

Sample input / output:

Enter the name, duration, and cost of treatment number 1: Allergies 23 150

Enter the name, duration, and cost of treatment number 2: Bronchiectasis 15 280

Enter the name, duration, and cost of treatment number 3: Gallstones 10 50

Ali Omar has 3000 dirham and treated the following patients:

        Allergies was treated for 23 minutes, at a cost 150 dirham per minute

        Bronchiectasis was treated for 15 minutes, at a cost 280 dirham per minute

        Gallstones was treated for 10 minutes, at a cost 50 dirham per minute

The total cost of the 3 patients is 8150 dirham

The overall total of money is 11150 dirham

Given the relation R = {(n, m) | n, m ∈ ℤ, n ≥ m}. Which of the following statements about R is correct?

A liquid stream ,F, containing A and B is fed to a distillation column.

• Given:
• Mole fraction of A in the feed is 0.650.65
• A is the more volatile component
• The q-line equation is y=1.3461538461538x+1.525
• The distillate mole fraction is 0.9; The reflux ratio, R,=3.1

If the rectification operating equation is of the form y = mx + b (in terms of the more volatile component):
1) What is the slope, m, of the rectification operating line? (Correct answer is 0.75610)
2) What is the intercept, b, of the rectification operating line? (Correct answer is 0.21951)
3) What is the intersection of the feed and rectification operating lines, x , y? (Correct answer is 0.620995, 0.689045)

*The correct answers are there please show work on how to get the answer given*

Complete the following recursively defined functions.

Base case ?(0)=3

Recursive case ?(?) = 3?(? − 1) + 7 for n ≥ 1.

?(1) = ______

f(2) = _______

f(3) = ______

f(4) = ______

Base case ?(0)=1, ?(1)=2

Recursive case ?(?) = ?(? − 1)?(? − 2) for n ≥ 2.

g(2) = ______

g(3) = ______

g(4) = ______

g(5) = ______

Sara’s Salsa Company produces its condiments in two types: Extra Fine for restaurant customers and Family Style for home use. Salsa is prepared in department 1 and packaged in department 2. The activities, overhead costs, and drivers associated with these two manufacturing processes and the company’s production support activities follow.

Additional production information about its two product lines follows.

Required:
1. Using a plantwide overhead rate based on cases, compute the overhead cost that is assigned to each case of Extra Fine Salsa and each case of Family Style Salsa. PLANT OVERHEAD RATE ? $___ PER CASE
2. Using the plantwide overhead rate, determine the total cost per case for the two products if the direct materials and direct labor cost is $6 per case of Extra Fine and $5 per case of Family Style. EXTRA FINE ___ PER UNIT.. FAMILY STYLE ___PER UNIT
3.a. If the market price of Extra Fine Salsa is $17 per case and the market price of Family Style Salsa is $8 per case, determine the gross profit per case for each product. EXTRA FINE ____ FAMILY STYLE ____
3.b. What might management conclude about the Family Style Salsa product line?

5. If the market price is $17 per case of Extra Fine and $8 per case of Family Style, determine the gross profit per case for each product. (Round your intermediate calculations and final answers to 2 decimal places.

Using C++

If you have 2 plants (A and B) with the hight of plant A is less than the hight of plant B. However, the hight of plant A is growing faster than the hight of plant B (the hight is measured in centimetres and the hight growth rate is matured daily). Write a program that prompts the user to enter the hight and the hight growth rate of each plant. The program should check that the hight of plant A is less than the hight of plant B and that the growth rate of plant A is higher than the growth rate of plant B and it should not work otherwise. The program outputs after how many days the hight of plant A will be greater than or equal to the hight of plant B, and the hight of both plants at that time.

A sample input and output is as follows:

First Run:

Enter the hight of plan A (in centimetres): 26

Enter the hight growth rate of plant A: 0.04 Enter the hight of plant B: 25

Enter the hight growth rate of plant B: 0.02

Plant A hight should be less than plant B hight and plant A growth rate should be higher than plant B growth rate.

Second Run:

Enter the hight of plan A (in centimetres): 22

Enter the hight growth rate of plant A: 0.04

Enter the hight of plant B: 25

Enter the hight growth rate of plant B: 0.02

The hight of plant A will be greater than or equal to the hight of plant B after 7 days.

Plant A hight will become 28.9505

Plant B hight will become 28.7171

Justify the statement “Spam detection is perhaps the classic example of pattern recognition”.