In a negatively supercoiled circular plasmid (covalently closed), the transition of a small region of B-DNA to Z-DNA can be induced. If this region involves a 12 base pair alternating d(CG) sequence in the closed plasmid, determine changes to W, T, and L after the induced B-to-Z transition. (Remember: ~10 base pairs per right-handed turn for B-DNA and -12 base pairs per left-handed turn for Z-DNA, i.e. Z-DNA twists in the opposite direction).

The following table presents the number of reports of graffiti in each of New York's five boroughs over a one-year period. These reports were classified as being open, closed, or pending. A graffiti report is selected at random. Compute the following probabilities. Round final answer to four decimal places. Borough Open Reports Closed Reports Pending Reports Total Bronx 1121 1622 80 2823 Brooklyn 1170 2706 48 3924 Manhattan 744 3380 25 4149 Queens 1353 2043 25 3421 Staten Island 83 118 0 201 Total 4471 9869 178 14,518 Source: NYC OpenData Send data to Excel Part 1 of 6 (a) The report is closed and comes from Staten Island. The probability that the report is closed and comes from Staten Island is . Part 2 of 6 (b) The report is open or comes from Bronx. The probability that the report is open or comes from Bronx is . Part 3 of 6 (c) The report comes from Manhattan. The probability that the report comes from Manhattan is . Part 4 of 6 (d) The report that does not come from Manhattan. The probability that the report does not come from Manhattan is . Part 5 of 6 (e) The report is pending. The probability that the report is pending is . Part 6 of 6 (f) The report is from the Brooklyn or Queens. The probability that the report is from the Brooklyn or Queens is .

Use resources to express the latest advancements and trends in digital technology.

Explore the latest advancement in digital technology.

Explain any Application or technology which is getting used today very widely.

This Assignment should be completed keeping in mind the Course DLD---> Digital Logic Design.

Note: Please don't copy-paste from google. write in your own words.

The before-tax income for Nash Co. for 2020 was $101,000 and $81,800 for 2021. However, the accountant noted that the following errors had been made:

1.		Sales for 2020 included amounts of $35,500 which had been received in cash during 2020, but for which the related products were delivered in 2021. Title did not pass to the purchaser until 2021.
2.		The inventory on December 31, 2020, was understated by $8,400.
3.		The bookkeeper in recording interest expense for both 2020 and 2021 on bonds payable made the following entry on an annual basis.

Interest Expense	13,800
Cash		13,800

The bonds have a face value of $230,000 and pay a stated interest rate of 6%. They were issued at a discount of $13,000 on January 1, 2020, to yield an effective-interest rate of 7%. (Assume that the effective-yield method should be used.)

4.

Ordinary repairs to equipment had been erroneously charged to the Equipment account during 2020 and 2021. Repairs in the amount of $7,800 in 2020 and $9,500 in 2021 were so charged. The company applies a rate of 10% to the balance in the Equipment account at the end of the year in its determination of depreciation charges.

Prepare a schedule showing the determination of corrected income before taxes for 2020 and 2021. (Enter negative amounts using either a negative sign preceding the number e.g. -15,000 or parentheses e.g. (15,000). Round answers to 0 decimal places, e.g. 125.)

		2020		2021
Income Before Tax		$Enter a dollar amount		$Enter a dollar amount
Corrections:
Select an item                                                          Adjustment to Bond Interest ExpenseAdjustment to Bond Interest PayableDepreciation Not Recorded on Capitalized RepairsDepreciation Recorded on Improperly Capitalized RepairsOverstatement of 2020 Ending InventoryRepairs Erroneously Charged to the Equipment AccountRepairs Not Charged to Equipment AccountSales Erroneously Excluded in 2020 IncomeSales Erroneously Included in 2020 IncomeUnderstatement of 2020 Ending Inventory		Enter a dollar amount		Enter a dollar amount
Select an item                                                          Adjustment to Bond Interest ExpenseAdjustment to Bond Interest PayableDepreciation Not Recorded on Capitalized RepairsDepreciation Recorded on Improperly Capitalized RepairsOverstatement of 2020 Ending InventoryRepairs Erroneously Charged to the Equipment AccountRepairs Not Charged to Equipment AccountSales Erroneously Excluded in 2020 IncomeSales Erroneously Included in 2020 IncomeUnderstatement of 2020 Ending Inventory		Enter a dollar amount		Enter a dollar amount
Select an item                                                          Adjustment to Bond Interest ExpenseAdjustment to Bond Interest PayableDepreciation Not Recorded on Capitalized RepairsDepreciation Recorded on Improperly Capitalized RepairsOverstatement of 2020 Ending InventoryRepairs Erroneously Charged to the Equipment AccountRepairs Not Charged to Equipment AccountSales Erroneously Excluded in 2020 IncomeSales Erroneously Included in 2020 IncomeUnderstatement of 2020 Ending Inventory		Enter a dollar amount		Enter a dollar amount
Select an item                                                          Adjustment to Bond Interest ExpenseAdjustment to Bond Interest PayableDepreciation Not Recorded on Capitalized RepairsDepreciation Recorded on Improperly Capitalized RepairsOverstatement of 2020 Ending InventoryRepairs Erroneously Charged to the Equipment AccountRepairs Not Charged to Equipment AccountSales Erroneously Excluded in 2020 IncomeSales Erroneously Included in 2020 IncomeUnderstatement of 2020 Ending Inventory		Enter a dollar amount		Enter a dollar amount
Select an item                                                          Adjustment to Bond Interest ExpenseAdjustment to Bond Interest PayableDepreciation Not Recorded on Capitalized RepairsDepreciation Recorded on Improperly Capitalized RepairsOverstatement of 2020 Ending InventoryRepairs Erroneously Charged to the Equipment AccountRepairs Not Charged to Equipment AccountSales Erroneously Excluded in 2020 IncomeSales Erroneously Included in 2020 IncomeUnderstatement of 2020 Ending Inventory		Enter a dollar amount		Enter a dollar amount
Corrected Income Before Tax		$Enter a total amount for year 2020		$Enter a total amount for year 2021

In 2020, a company has an accounts receivable of $20,000 for products that were delivered to the customer in 2020. It will be collected in 2021. The company has a tax rate of 30% and taxable income of $216,000 at the end of 2020. There were no deferred taxes at the beginning of 2020. What is the amount of income tax expense for 2020?

Hi, i'm creating a c++ program with a linked list of Employees, i'm running into issues as far as displaying programmers only portion and the average salary of all the employees. Please make any changes or comments !

Employee.h file:

#ifndef EMPLOYEE_H

#define EMPLOYEE_H

#include

using namespace std;

enum Role {programmer, manager, director};

struct Employee

{

std::string firstName;

std::string lastName;

int SSN;

std::string department;

double salary;

Role role;

};

#endif

#ifndef NODE_H

#define NODE_H

Node.h file:

#include "Employee.h"

typedef Employee EMP;

struct Node

{

EMP e;

Node * next;

Node();

Node(EMP);

Node(EMP,Node* next);

};

Node::Node()

{

next=NULL;

}

Node::Node(EMP e_data)

{

e=e_data;

}

Node::Node(EMP e_data, Node* next)

{

e=e_data;

this->next= next;

}

#endif

Main cpp file:

#include <iostream>

#include <cstdlib>

#include <ctime>

#include "Employee.h"

#include "Node.h"

using namespace std;

void setSalary (Employee& emp)

{

emp.salary= 45000+rand() %20000; // generates salary for employee

}

void setRoles(Employee& emp)

{

emp.role = static_cast(rand()%3); // gives employee job title

}

void setSSN (Employee& emp)

{

// int y = x;

emp.SSN =rand()%499999999+400000000; // sets employee SSN

}

void setFirst( Employee& emp, string* name)

{

int y = rand()%5;

emp.firstName = name[y]; //gives random first name

}

void setLast(Employee& emp, string* name)

{

int y = rand()%5;

emp.lastName = name[y]; // gives random last name

}

void setDepartment(Employee& emp, string * dep)

{

int y = rand()%3;

emp.department= dep[y]; //gives employee random department

}

int main()

{

srand(time(NULL)); // random number generator

double avgSalary; // initialize Average Salary

Node* head= NULL; // starting node

Node* prev= NULL; // node next to the last one

Employee e; // object instance

// array of names, roles(job titles), and departments

string roleType [3] = {"programmer", "manager", "director"};

string firstName[5] = {"John", "James", "Joe", "Jessica", "Juno" };

string lastName[5] = {"Smith", "Williams", "Jackson", "Jones", "Johnson" };

string department[5]= {"Accounting", "IT", "Sales" };

// Create linked list of employees

for (int i = 0; i<10; i++)

{

Employee e;

// function calls (roles, salary ...etc)

setFirst(e, firstName);

setLast(e, lastName);

setSSN(e);

setSalary(e);

setRoles(e);

setDepartment(e, department);

// creates nodes for employees

Node*temp = new Node(e);

if (i ==0)

{

head=temp;

prev= temp;

}

else

{

prev->next= temp;

prev = temp; // links the nodes together

}

}

// Display information of all Employees

cout<<"======== Employee Data======="<

prev = head; // starting at the first node

while(prev !=NULL)

{

cout<<(prev->e).firstName<< " ";

cout<<(prev->e).lastName<< " ";

cout<<(prev->e).SSN<< " ";

cout<<(prev->e).salary<< " ";

cout<<(prev->e).department<< " ";

cout

prev= prev->next;

}

cout<<" \n \n";

//

cout<<"======== Programmer Only Data======="<

prev = head; // starts at beginning of linked list

while(prev !=NULL)

{

if (prev->e.role == 0) // checks to see if role is 0 or programmer

cout<<(prev->e).firstName<< " ";

cout<<(prev->e).lastName<< " ";

cout<<(prev->e).SSN<< " ";

cout<<(prev->e).salary<< " ";

cout<<(prev->e).department<< " ";

cout

prev= prev->next; // moves on to next node

// else {

// break;

// }

}

//Computes Average Salary

prev = head; // starts at the first node

while ( prev !=NULL)

{

avgSalary += (prev->e).salary;

prev = prev->next;

}

// Display Average Salary

cout<< "Average Salary: "<< (avgSalary)/5 << "\n";

// Deallocate memory

Node* temp = head;

Node* tail;

while (temp !=NULL)

{

tail=temp->next;

delete temp;

temp = tail;

}

head=NULL;

if (head == NULL )

{

cout<<" List Deleted \n";

}

}

research emerging wearable technology and develop a PowerPoint proposal on taking a non-healthcare related technology and using it or adapting it to meet the needs of patients with health needs.

Health Informatics: Technology to support Evidence Based Practice. What are:

Literature search strategies and tools

Technology initiatives and EBP

Applications to support research and EBP