Answer:
Related factors
Explanation:
Related factors are those factors "that appear to show some type of patterned relationship with a nursing diagnosis". For example, there are some factors that may increase the vulnerability of an unhealthy event in a person or group. These factors may be psychological, physiological, or chemical factors. Hence these factors are considered related factors if they have any relationship with a particular disease or nursing diagnosis.
Answer:
a, b = list(map(int, input().split()))
sequence = []
while a + 10 <= b:
sequence.append(a + 10)
a += 10
print(*sequence)
Explanation:
Answer:
class Letter:
header="Dear "
footer="Sincerely, \n"
text=""
def __init__(self,letterFrom,letterTo):
self.header+=letterTo + ":\n\n"
self.footer+=letterFrom + "\n"
def getText(self):
return self.header+self.text+self.footer
def addLine(self,line):
self.text+=line+"\n\n"
l = Letter("Cain", "Abel")
l.addLine("I am very happy to be writing to you at this joyful moment of my life.")
I.addLine("I am really sorry i killed you, I was a saddist back then.")
print(l.getText())
Explanation:
The Letter class a used to write a letter. The magic method "__init__" is used as a constructor to accept the sender and the recipient of the letter. The addLine method is called on an instance of the class to add string lines to the object while the getText method returns the entire written letter.
Answer: Critique members of the group.
In this case critiquing other members of the group may not be the best thing to do in a team. There are however some cases where critiquing members would be helpful, as long as you are all in the same wavelength.
Being dependable and trustworthy is one of the best things that you can do in a team. Being sensitive to others feelings would be a good contributing factor as long as you wont allow it to take over your judgement. Last but not the least is doing your fair share of work in the team. Doing your fair share would suffice, but going above and beyond would also benefit the team.
Answer:
Explanation:
The following code is a Python program that allows you to input 100 marks. You can input the value -1 to exit the loop early. Once all the marks are entered the program prints out the highest mark among all of them. The output can be seen in the attached picture below with a test of a couple of marks.
marks = []
for x in range(100):
mark = int(input("Enter a mark: "))
if mark == -1:
break
else:
marks.append(mark)
print("Max value: " + str(max(marks)))
