List the correct order of steps necessary to using usmt to migrate files from an old computer to a new computer.
1 answer:
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In regards copyrighted works, fair use is simply known as legal dogma that allows the right to free expression by allowing the unlicensed use of copyright-protected works by individuals as regards to some certain situations.
Fair Use of copying of copyrighted material can only be used in a short and revelatory us, example to criticize, or caricature of a copyrighted work. It is often known to be a legal defense that protects individuals of copyrighted material from copyright infringement.
- Fair use allows a person/people to use a copyrighted work without acknowledgement or permission of copyright owner and it can be used to criticize, comment, news reporting, teaching, research etc. It is not seen as infringement under the law.
Conclusively, we can say that In regards copyrighted works, fair use is simply known as legal dogma that allows the right to free expression by allowing the unlicensed use of copyright-protected works by individuals as regards to some certain situations.
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Answer:
name = []
price = []
for i in range(0,8):
item_name = input('name of item')
item_price = input('price of item')
name.append(item_name)
price.append(item_price)
for i in range(0, 8):
print(name[i], '_____', price[i])
Explanation:
Python code
Using the snippet Given :
Apples 2.10
Hamburger 3.25
Milk 3.49
Sugar 1.99
Bread 1.76
Deli Turkey 7.99
Pickles 3.42
Butter 2.79
name = []
price = []
#name and price are two empty lists
for i in range(0,8):
#Allows users to enter 8 different item and price choices
item_name = input('name of item')
item_price = input('price of item')
#user inputs the various item names and prices
#appends each input to the empty list
name.append(item_name)
price.append(item_price)
for i in range(0, 8):
print(name[i], '_____', price[i])
# this prints the name and prices of each item from the list.
Answer:
The program in Python is as follows:
import collections
from collections import Counter
from itertools import groupby
import statistics
str_input = input("Enter a series of numbers separated by space: ")
num_input = str_input.split(" ")
numList = []
for num in num_input:
if(num.lstrip('-').isdigit()):
if num[0] == "-" or int(num)>10:
print(num," is out of bound - rejecting")
else:
print(num," is valid - accepting")
numList.append(int(num))
else:
print(num," is not a number")
print("Largest number: ",max(numList))
print("Smallest number: ",min(numList))
print("Range: ",(max(numList) - min(numList)))
print("Mode: ",end = " ")
freqs = groupby(Counter(numList).most_common(), lambda x:x[1])
print([val for val,count in next(freqs)[1]])
count_freq = {}
count_freq = collections.Counter(numList)
for item in count_freq:
print(item, end = " ")
lent= int(count_freq[item])
for i in range(lent):
print("#",end=" ")
print()
Explanation:
See attachment for program source file where comments are used as explanation. (Lines that begin with # are comments)
The frequency polygon is printed using #'s to represent the frequency of each list element
