C# (Thank you in advance)

Create an Employee class with five fields: first name, last name, workID, yearStartedWked, and initSalary. It includes constructor(s) and properties to initialize values for all fields.

Create an interface, SalaryCalculate, class that includes two functions: first,CalcYearWorked() function, it takes one parameter (currentyear) and calculates the number of year the worker has been working. The second function, CalcCurSalary() function that calculates the current year salary.

Create a Worker classes that is derived from Employee and SalaryCalculate class.

• In Worker class, it includes two field, nYearWked and curSalary, and constructor(s). It defines the CalcYearWorked() function using (current year – yearStartedWked) and save it in the nYearWked variable. It also defines the CalcCurSalary() function that calculates the current year salary by using initial salary with 3% yearly increment.

Create a Manager class that is derived from Worker class.

• In Manager class, it includes one field: yearPromo and constructor(s). Itincludes a CalcCurSalary function that calculate the current year salary by overriding the base class function using initial salary with 5% yearly increment plus 10% bonus. The manager’s salary calculates in two parts. It calculates as a worker before the year promoted and as a manager after the promotion.

Write an application that reads the workers and managers information from files (“worker.txt” and “manager.txt”) and then creates the dynamic arrays of objects. Prompt the user for current year and display the workers’ and managers’ current information in separate groups: first and last name, ID, the year he/she has been working, and current salary.

**Following is the content of the text files**

________________

manager.txt :

3
Sam
Reza
M000411
1995
51000
2005
Jose
Perez
M000412
1998
55000
2002
Rachel
Pena
M000413
2000
48000
2010

_______________

worker.txt :

5
Hector
Alcoser
A001231
1999
24000
Anna
Alaniz
A001232
2001
34000
Lydia
Bean
A001233
2002
30000
Jorge
Botello
A001234
2005
40000
Pablo
Gonzalez
A001235
2007
35000

Write 3 paragraphs for reflection and should be do the following:

1. In first paragraph, Summarize the article (attached below).
2. In second paragraph, Connect the article with one of those "The Fossil Record of Human Biological Evolution", "Habitual Bipedalism" or "Fossil Skeleton". Be specific about the connections you make.
3. In third paragraph, Include your own reflection on what you’ve read/learned. What do you think about it?

Article Here: "Evidence Indicates Humans' Early Tree-dwelling Ancestors Were Also Bipedal"

Experiments by a UA anthropologist and his colleagues show that fossil footprints made 3.6 million years ago are the earliest direct evidence of early hominins using the kind of efficient, upright posture and gait now seen in modern humans. More than three million years ago, the ancestors of modern humans were still spending a considerable amount of their lives in trees, but something new was happening. David Raichlen, an assistant professor in the University of Arizona School of Anthropology, and his colleagues at the University at Albany and City University of New York's Lehman College have developed new experimental evidence indicating that these early hominins were walking with a human-like striding gait as long as 3.6 million years ago. The results of their research appears in Monday's edition of PLoS ONE, a journal from the Public Library of Science. A trackway of fossil footprints preserved in volcanic ash deposited 3.6 million years ago was uncovered in Laetoli, Tanzania, more than 30 years ago. The significance of those prints for human evolution has been debated ever since. The most likely individuals to have produced these footprints, which show clear evidence of bipedalism, or walking on two legs, would have been members of the only bipedal species alive in the area at that time, Australopithecus afarensis. That species includes "Lucy," whose skeletal remains are the most complete of any individual A. afarensis found to date. A number of features in the hips, legs and back of this group indicate that they would have walked on two legs while on the ground. But the curved fingers and toes as well as an upward-oriented shoulder blade provide solid evidence that Lucy and other members of her species also would have spent significant time climbing in trees. This morphology differs distinctly from our own genus, Homo, who abandoned arboreal life around 2 million years ago and irrevocably committed to human-like bipedalism. Since the Laetoli tracks were discovered, scientists have debated whether they indicate a modern human-like mode of striding bipedalism, or a less-efficient type of crouched bipedalism more characteristic of chimpanzees whose knees and hips are bent when walking on two legs. To resolve this, Raichlen and his colleagues devised the first biomechanical experiment explicitly designed to address this question. The team built a sand trackway in Raichlen's motion capture lab at the UA and filmed human subjects walking across the sand. The subjects walked both with normal, erect human gaits and then with crouched, chimpanzee-like gaits. Three-dimensional models of the footprints were collected by biological anthropologist Adam Gordon using equipment brought from his Primate Evolutionary Morphology Laboratory at the University at Albany. The researchers examined the relative depth of footprints at the heel and toe, and found that depths are about equal when made by a person walking with an erect gait. In contrast, the toe print is much deeper than the heel print when produced by a crouched gait, a product of the timing of weight transfer over the length of the foot. "Based on previous analyses of the skeletons of Australopithecus afarensis, we expected that the Laetoli footprints would resemble those of someone walking with a bent knee, bent hip gait typical of chimpanzees, and not the striding gait normally used by modern humans," Raichlen said. "But to our surprise, the Laetoli footprints fall completely within the range of normal human footprints." The fossil footprints at Laetoli preserve a remarkably even depth at the toe and heel, just like those of modern humans. "This more human-like form of walking is incredibly energetically efficient, suggesting that reduced energy costs were very important in the evolution of bipedalism prior to the origins of our own genus, Homo," Raichlen said. If the Laetoli footprints were made by Lucy's species, as most scientists agree to be the case, these experimental results have interesting implications for the timing of evolutionary events. "What is fascinating about this study is that it suggests that, at a time when our ancestors had an anatomy well-suited to spending a significant amount of time in the trees, they had already developed a highly efficient, modern human-like mode of bipedalism," said Gordon. "The fossil record indicates that our ancestors did not make a full-time commitment to leaving the trees and walking on the ground until well over a million years after these (Laetoli) prints were made. The fact that partially tree-dwelling animals, like Lucy, had such a remarkably modern gait is a testament to the importance of energetic efficiency in moving around on two legs," Gordon said. "Laetoli Footprints Preserve Earliest Direct Evidence of Human-like Bipedal Biomechanics" will be published in PLoS ONE on Monday, March 22 and can be accessed online.

explain the following legal and ethical considerations for working in palliative care

a , Duty of care:

b , Human rights:

c , privacy, confidentiality and disclosure:

d , Dignity of risk:

e , work role boundaries- responsibilities and limitations:

Lyme disease and syphilis are both caused by spirochete bacteria. These bacteria behave similarly when inside the human body, in part due to their morphology. Identify some commonalities in terms of disease progression for Lyme disease and syphilis.

Make a guesstimation og how many cells are there in the human body?

Hint: How might you estimate your volume?

Hint: What is your mass?

Hint: Alternatively, estimate your volume as a rectangular box.

The human stomach has a maximum capacity of 4.2 quarts. If a raisin has a volume of 0.2 mL, how many raisins can fill the stomach? (1 qt = 0.946 L). Do not use scientific notation.

is KPMG the company you would want to work for. and why?
what aspect of the culture appeal to you most?
what does this company tell you about the importance of the human resource function in creating company strategy?