Answer: lots of teens will get this from cyber bullying and some people will mostly expeirience it because they are not as popular as others
Explanation:
9% of U.S. teens have been bullied or harassed online, and a similar share says it's a major problem for people their age. At the same time, teens mostly think teachers, social media companies and politicians are failing at addressing this issue.
Junie is researching Ancient Egypt. She found a website that is full of information and great
images. As she is reading the text, she notices that there are little bits of information that don't
really agree with any of the other research she has done. What should she do?
O Use the website. Most of the information seems correct.
OUse only the information that she needs and ignore the information that doesn't seem right.
O Ask her friend what he thinks about the website.
O Evaluate the site using the CARS checklist to see if the site is valid and reliable.
Answer: Evaluate the site using the CARS checklist to see if the site is valid and reliable.
Explanation:
Which is a potential disadvantage of emerging technologies? A. increased spread of misinformation due to advanced communication technologies B. inefficient usage of energy due to advanced manufacturing technologies C. only benefiting developed countries rather than developing ones D. slowing down global economic growth
Answer: I believe it’s D.
Explanation: Less developed countries may not be able to afford the new technology, while more developed ones will be able to do so. Meaning the less developed countries will most likely not change.
Jobs with only 7 letters
Answer:
nursing
Explanation:
it's needs 20 words so don't mind thisssss part hehe
Select the correct statement(s) regarding direct sequence spread spectrum (DSSS) and orthogonal frequency division multiplexing (OFDM).
a. OFDM is not classified as a spread spectrum technique, although OFDM has the effect of spreading the signal over a larger frequency spectrum
b. OFDM has greater spectral efficiency compared to DSSS
c. DSSS relies upon a PN code that is only shared by the transmitter and receiver pair
d. all statements are correct
Answer:
a. OFDM is not classified as a spread spectrum technique, although OFDM has the effect of spreading the signal over a larger frequency spectrum.
Explanation:
Orthogonal Frequency Division Multiplexing is a technique in which large digital data is sent over radio waves by splitting it into multiple subcarriers. The data is then transmitted to different users who can access the files. OFDM is not a spread spectrum technique, it is based on large frequency spectrum.
Write a function charInWord that takes in two parameters, a char (character) and a word (string). The program will return true if the character is in the word and false if it is not. If word is not a string type, or if char is not a string type, or if the length of char is greater than 1, the function should return None. Your main program should call the function and print char is in word if the function returns true, or char is not in word if the function returns false, using the user-supplied values instead of char and word. The program should print incorrect input provided if the function returns None. Ex: If the input is: a cat the output is: a is in cat Ex: If the input is: a club the output is: a is not in club Ex: If the input is: ab horse the output is:
Answer:
The program in Python, is as follows:
def charInWord(chr,word):
if len(chr)>1:
print("None")
elif not(chr.isalpha() and word.isalpha()):
print("None")
else:
if word.find(chr) == -1:
print(chr+" is not in "+word)
else:
print(chr+" is in "+word)
chr = input("Character: ")
word = input("Word: ")
print(charInWord(chr,word))
Explanation:
This defines the function
def charInWord(chr,word):
This checks if the length of character is greater than 1
if len(chr)>1:
If yes, it prints None
print("None")
This checks if the character or the word contains invalid character
elif not(chr.isalpha() and word.isalpha()):
If yes, it prints None
print("None")
This is executed for valid parameters
else:
If the character is not present, this is executed
if word.find(chr) == -1:
print(chr+" is not in "+word)
If the character is present, this is executed
else:
print(chr+" is in "+word)
The main begins here
This gets the character
chr = input("Character: ")
This gets the word
word = input("Word: ")
This calls the method and prints the required output
print(charInWord(chr,word))
Write a program in file MinMax.py that accepts an arbitrary number of integer inputs from the user and prints out the minimum and maximum of the numbers entered. The user will end the input loop by typing in the string 'stop'. When the user enters 'stop' your program should print out the minimum integer entered and the maximum integer entered. If the user enters 'stop' immediately (i.e., before any numbers are entered), you'll print a slightly different message. See the examples below: You can assume that the values entered are integers (positive, negative or zero) or the string 'stop' (lowercase). You don't have to validate the inputs. > python Min Max. py
Enter an integer or 'stop' to end: stop You didn't enter any numbers > python Min Max. py
Enter an integer or 'stop' to end: -10
Enter an integer or 'stop' to end: 0 Enter an integer or 'stop' to end: +42
Enter an integer or 'stop' to end: 87 Enter an integer or 'stop' to end: -100
Enter an integer or 'stop' to end: stop The maximum is 87 The minimum is -100
Answer:
The program is as follows:
numlist = []
num = input("'stop' to end: ")
while not (num == "stop"):
numlist.append(int(num))
num = input("'stop' to end: ")
if len(numlist) == 0:
print("You didn't enter any numbers")
else:
print("The maximum is "+str(max(numlist))+" and The minimum is "+str(min(numlist)))
Explanation:
This declares an empty list
numlist = []
This prompts the user for input
num = input("'stop' to end: ")
This loop is repeated until the user enters 'stop'
while not (num == "stop"):
This appends the input to the list
numlist .append(int(num))
This prompts the user for input
num = input("'stop' to end: ")
If the length of the list is 0, then the user entered no input
if len(numlist) == 0:
print("You didn't enter any numbers")
If otherwise, this prints the min and the max
else:
print("The maximum is "+str(max(numlist))+" and The minimum is "+str(min(numlist)))
The program that accepts an arbitrary number of integer inputs from the user and prints out the minimum and maximum of the numbers entered is as follows:
numbers = []
x = input("Enter an integer and stop to end: ")
while not(x == "stop"):
numbers.append(int(x))
x = input("Enter an integer and stop to end: ")
if len(numbers) == 0:
print("You didn't enter any numbers ")
else:
print(f"The maximum number is {max(numbers)} and the minimum number is {min(numbers)}")
Code explanation:
The code is written in python
The first line of code, we declared a variable named numbers and it is an empty list for storing our integers.The variable x is stores the user inputwhile the user's input is not lowercase "stop", the user's input is appended to numbers. Then the program ask for the users input as long as it is an integers inputif the length of the list is 0, then we print a statement to ask the user to enter a number.Else we print the maximum and minimum number of the user's input.learn more on python code here: https://brainly.com/question/19175881
what is memory address map
What is the most likely reason a user would export data with the formatting in place?
A) The fields will not have any errors.
B) The file will be much easier to read.
C) The file is automatically spellchecked.
D) The columns are automatically alphabetized.
Answer:
its d
Explanation:
Answer:
its b on edge
Explanation:
believe me if youre a viber
Fill in the blank with the correct response.
Your Java class should be given the same name as your Java
.
Answer:
program
Explanation:
Rupesh wants to try programming with Eclipse. What is the first step he should take to make that happen?
download the Eclipse IDE
download the current Java Development Kit
create a restore point
disable his security program
Answer:
create a restore point
Explanation:
What are some common uses of Excel?
Answer:
to make a spread sheet and to make sure you have all of the sum and didn[t miss a number
Explanation:
Read these sentences from the passage:
“The TV and the glasses work together. When the TV flashes the image meant for the right eye, the right lens is clear and the left lens is dark.
Which of the following describes the relationship between the first and second sentence?
Answer
It is B
Explanation:
Answer:
It's giving further information
Explanation:
Write a program that will read two floating point numbers (the first read into a variable called first and the second read into a variable called second) and then calls the function swap with the actual parameters first and second. The swap function having formal parameters number1 and number2 should swap the value of the two variables
Answer:
In Python:
def swap(number1,number2):
a = number1
number1 = number2
number2 = a
return number1, number2
first = float(input("First Number: "))
second = float(input("Second Number: "))
print("After Swap: "+str(swap(first,second)))
Explanation:
The swap function begins here
def swap(number1,number2):
This saves number1 into variable a
a = number1
This saves number2 into number1
number1 = number2
This saves a (i.e. the previous number1) to number2
number2 = a
This returns the numbers (after swap)
return number1, number2
The main begins here
The next two lines prompt the user for first and second numbers
first = float(input("First Number: "))
second = float(input("Second Number: "))
This calls the swap function and print their values after swap
print("After Swap: "+str(swap(first,second)))
Which of the following characterizes how an enabled security program might react to a new program installation on a computer system?
It might alert you to space requirement excesses.
It might report an error or tell you that the file is corrupted.
It might protect the new installation from getting viruses.
It might automatically set a restore point for the computer system.
Answer:
It might automatically set a restore point for the computer system
Answer:
It might report an error or tell you that the file is corrupted.
Explanation:
Define the Database
A gui allows you to interact with objects on the screen such as icons and buttons true or false
Answer:
True
Explanation:
PLEASE SOMEONE ANSWER THIS
If the old code to a passcode was 1147, and someone changed it, what would the new code be?
(I already tried 4117)
[I forgot my screen time passcode please someone help I literally can’t do anything on my phone.]
Answer:
Any of these?
Explanation:
1147. 4117. 7411
1471. 4171
1714. 4711
1741. 7114
1417. 7141
Answer:
1417
Explanation:
You are a visitor at a political convention with delegates; each delegate is a member of exactly one political party. It is impossible to tell which political party any delegate belongs to; in particular, you will be summarily ejected from the convention if you ask. However, you can determine whether any pair of delegates belong to the same party or not simply by introducing them to each other. Members of the same party always greet each other with smiles and friendly handshakes; members of different parties always greet each other with angry stares and insults.
Required:
Suppose more than half of the delegates belong to the same political party. Design a divide and conquer algorithm that identifies all member of this majority party and analyze the running time of your algorithm.
Answer:
The algorithm is as follows:
Step 1: Start
Step 2: Parties = [All delegates in the party]
Step 3: Lent = Count(Parties)
Step 4: Individual = 0
Step 5: Index = 1
Step 6: For I in Lent:
Step 6.1: If Parties[Individual] == Parties[I]:
Step 6.1.1: Index = Index + 1
Step 6.2: Else:
Step 6.2.1 If Index == 0:
Step 6.2.2: Individual = I
Step 6.2.3: Index = 1
Step 7: Else
Step 7.1: Index = Index - 1
Step 8: Print(Party[Individual])
Step 9: Stop
Explanation:
The algorithm begins here
Step 1: Start
This gets the political parties as a list
Step 2: Parties = [All delegates in the party]
This counts the number of delegates i.e. the length of the list
Step 3: Lent = Count(Parties)
This initializes the first individual you come in contact with, to delegate 0 [list index begins from 0]
Step 4: Individual = 0
The next person on the list is set to index 1
Step 5: Index = 1
This begins an iteration
Step 6: For I in Lent:
If Parties[Individual] greets, shakes or smile to Party[i]
Step 6.1: If Parties[Individual] == Parties[I]:
Then they belong to the same party. Increment count by 1
Step 6.1.1: Index = Index + 1
If otherwise
Step 6.2: Else:
This checks if the first person is still in check
Step 6.2.1 If Index == 0:
If yes, the iteration is shifted up
Step 6.2.2: Individual = I
Step 6.2.3: Index = 1
If the first person is not being checked
Step 7: Else
The index is reduced by 1
Step 7.1: Index = Index - 1
This prints the highest occurrence party
Step 8: Print(Party[Individual])
This ends the algorithm
Step 9: Stop
The algorithm, implemented in Python is added as an attachment
Because there is an iteration which performs repetitive operation, the algorithm running time is: O(n)
We investigated a program which is probably used as one component of a bigger password breaking algorithm. We determined that the program can input arbitrary N-bit queue and for actual N-bit input also the program output will be always N bits long. Additionally we noticed that the longer program input is, the longer will be the output calculating time. After performing some repeating tests we also determined that the program working time depends only and exactly on input length, not on the input itself.
Finally we fixed some actual working times:
-for N=10 - 10.576 seconds;
-for N=20 - 11.087 seconds;
-for N=25 - 13.544 seconds;
-for N=30 - 27.442 seconds;
-for N=35 - 1 minute 46.059 seconds;
-for N=40 - 9 minutes 10.784 seconds.
Task:
a) Find the program working time for N=50.
b) Please derive the mathematical formula using which is possible to calculate actual working time for arbitrary N.
Answer:
i dont know
Explanation: