Failure Detection Recovery Aws Aws Leading Cloud Provider Worldwide Research List Describe Q43800107

Failure Detection and Recovery in AWS: AWS is the leading Cloudprovider worldwide. Research, list, and describe three commonfailure detection and recovery mechanisms that AWS provides forconsumers. Make sure to list and describe the failure and recoverymechanisms used in AWS at three different layers, for example: DNS,Web/Application, and Database layer.

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Answer to Failure Detection and Recovery in AWS: AWS is the leading Cloud provider worldwide. Research, list, and describe three c…

Far Jog Morning Prefer Jog Different Locations Day Pedometer Measure Distance Create Appli Q43831956

How far do you jog each morning? You prefer to jog in differentlocations each day and do not have a pedometer to measure yourdistance. Create an application to determine the distance joggedgiven the average number of strides ran during the fist minute,average number ran during the last minute, and the total minutesjogging.

Design a modularized solution (with methods) in PYTHON todisplay the distance traveled.

Pedometers measure the distance you run. However, you can alsodo a good estimate of the distance if you know your foot stride,how many strides you complete per minute, and the number of minutesyou job. Foot stride is the distance covered by one average steplength. Since everyone has a different foot size, strides differ.Manny people average 3 feet per setup when jogging. For thisapplication, assume the foot stride is 2.5 feet. There are 5,280feet in a mile.

To establish how many strides per minutes, allow the user toinput the number of strides made during the first minute joggingand the number of strides made string the last minutes of jogging.Use the average of those values to represent the strides perminute. Allow the user to input the total time spent jogging inhours and minutes. Write code that will display to distancetraveled in miles.

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Answer to How far do you jog each morning? You prefer to jog in different locations each day and do not have a pedometer to measur…

Far Sthelin Atria ~ Unixcourse Fileasst Tweedledee Home Bash Home Directory Sthelin Atria Q43860662

1 The Assignment Demonstrate your grasp of the Unix file system by constructing a directory structure as follows: 1. In your

this is what I have so far

sthelin@atria:~/UnixCourse/fileAsst/TweedleDee$ /home

-bash: /home: Is a directory

sthelin@atria:~/UnixCourse/fileAsst/TweedleDee$ cpUnixCourse/

cp: missing destination file operand after ‘UnixCourse/’

Try ‘cp –help’ for more information.

sthelin@atria:~/UnixCourse/fileAsst/TweedleDee$ cd

sthelin@atria:~$ pwd

/home/sthelin

sthelin@atria:~$ UnixCourse

UnixCourse: command not found

sthelin@atria:~$ cd UnixCourse/

sthelin@atria:~/UnixCourse$ cd fileAsst/

sthelin@atria:~/UnixCourse/fileAsst$ cp~cs252/Assignments/fileAsst/hatter.txt TweedleDee/

sthelin@atria:~/UnixCourse/fileAsst$ cp~cs252/Assignments/fileAsst/dormouse.txtTweedleDum/

cp: missing destination file operand after‘/home/cs252/Assignments/fileAsst/dormouse.txtTweedleDum/’

Try ‘cp –help’ for more information.

sthelin@atria:~/UnixCourse/fileAsst$ cp~cs252/Assignments/fileAsst/dormouse.txt TweedleDum/

sthelin@atria:~/UnixCourse/fileAsst$ ls

TweedleDee TweedleDum

sthelin@atria:~/UnixCourse/fileAsst$ tree

.

├── TweedleDee

│   └── hatter.txt

└── TweedleDum

└── dormouse.txt

2 directories, 2 files

sthelin@atria:~/UnixCourse/fileAsst$ ~cs252/bin/fileAsst-1

Checking…

Found ~sthelin/UnixCourse: OK

Found ~sthelin/UnixCourse/fileAsst: OK

Found ~sthelin/UnixCourse/fileAsst/TweedleDee: OK

Found ~sthelin/UnixCourse/fileAsst/TweedleDum: OK

Found ~sthelin/UnixCourse/fileAsst/TweedleDee/hatter.txt: OK

Found ~sthelin/UnixCourse/fileAsst/TweedleDum/dormouse.txt:OK

Your directory structure is correct.

You may proceed with the remainder of the assignment.

sthelin@atria:~/UnixCourse/fileAsst$ ~cs252/bin/fileAsst-2

Checking…

Found ~sthelin/UnixCourse: OK

Found ~sthelin/UnixCourse/fileAsst: OK

Found ~sthelin/UnixCourse/fileAsst/TweedleDee: OK

Found ~sthelin/UnixCourse/fileAsst/TweedleDum: OK

Found ~sthelin/UnixCourse/fileAsst/TweedleDee/hatter.txt: OK

Found ~sthelin/UnixCourse/fileAsst/TweedleDum/dormouse.txt:OK

I cannot find a file named~/UnixCourse/fileAsst/TweedleDee/rabbit.dat

sthelin@atria:~/UnixCourse/fileAsst$ ~cs252/bin/fileAsst-1

Checking…

Found ~sthelin/UnixCourse: OK

Found ~sthelin/UnixCourse/fileAsst: OK

Found ~sthelin/UnixCourse/fileAsst/TweedleDee: OK

Found ~sthelin/UnixCourse/fileAsst/TweedleDum: OK

Found ~sthelin/UnixCourse/fileAsst/TweedleDee/hatter.txt: OK

Found ~sthelin/UnixCourse/fileAsst/TweedleDum/dormouse.txt:OK

Your directory structure is correct.

You may proceed with the remainder of the assignment.

sthelin@atria:~/UnixCourse/fileAsst$ cd

sthelin@atria:~$ cd UnixCourse

sthelin@atria:~/UnixCourse$ ls -R ~/UnixCourse/

/home/sthelin/UnixCourse/:

fileAsst

/home/sthelin/UnixCourse/fileAsst:

TweedleDee TweedleDum

/home/sthelin/UnixCourse/fileAsst/TweedleDee:

hatter.txt

/home/sthelin/UnixCourse/fileAsst/TweedleDum:

alice.txt dormouse.txt

sthelin@atria:~/UnixCourse$ find ~/UnixCourse/ -name”alice.txt”

/home/sthelin/UnixCourse/fileAsst/TweedleDum/alice.txt

sthelin@atria:~/UnixCourse$ mv (option) alice.txt rabbit.dat

-bash: syntax error near unexpected token `option’

sthelin@atria:~/UnixCourse$ mv (option) alice.txt rabbit.dat

I am stuck on how to copy the file and change the name

1 The Assignment Demonstrate your grasp of the Unix file system by constructing a directory structure as follows: 1. In your home ( ) directory, create a directory named “UnixCourse”. This directory will be used in the remaining assignments of this course, as well as this one. Several of the commands that you will issue in this course will examine files in this directory and, in some cases, send me a listing of those files or even copies of those files for grading and diagnostic purposes. So you should not store anything unrelated to the course assignments in this -/UnixCourse area. 2. Within your UnixCourse directory, create a directory named “file Asst”. Within that fileAsst directory, create two directories, named “TweedleDee” and “TweedleDum”. Use the ls and/or tree command to check your work. 3. Within the TweedleDee directory, you should place a copy of the file -cs252/Assignments/fileAsst/hatter.txt Use the ls and/or tree command to check your work. 4. Within the TweedleDum directory, you should place a copy of the file -cs252/Assignments/fileAsst/dormouse.txt Use the ls and/or tree command to check your work. 5. When you have completed this much, execute the command -cs252/bin/fileAsst-1 (Take note of the difference between the numeric digit 1 and the lower-case letter 1 in the command above. If you can’t tell the difference between these, check your web browser settings to see if you can get it to use some better fonts.) This will check to see if you have built the desired directory structure so far. You should repeat the above steps as necessary until this command reports success. 6. If you have been successful so far, the fileAsst-1 command will have placed a new file somewhere in the directory structure you have built. Find it, and move it into the TweedleDee directory, renaming the file to “rabbit.dat”. 7. Execute the command -cs252/bin/fileAsst-2 If all is well, you will receive the access code for completion of this assignment. Show transcribed image text 1 The Assignment Demonstrate your grasp of the Unix file system by constructing a directory structure as follows: 1. In your home ( ) directory, create a directory named “UnixCourse”. This directory will be used in the remaining assignments of this course, as well as this one. Several of the commands that you will issue in this course will examine files in this directory and, in some cases, send me a listing of those files or even copies of those files for grading and diagnostic purposes. So you should not store anything unrelated to the course assignments in this -/UnixCourse area. 2. Within your UnixCourse directory, create a directory named “file Asst”. Within that fileAsst directory, create two directories, named “TweedleDee” and “TweedleDum”. Use the ls and/or tree command to check your work. 3. Within the TweedleDee directory, you should place a copy of the file -cs252/Assignments/fileAsst/hatter.txt Use the ls and/or tree command to check your work. 4. Within the TweedleDum directory, you should place a copy of the file -cs252/Assignments/fileAsst/dormouse.txt Use the ls and/or tree command to check your work. 5. When you have completed this much, execute the command -cs252/bin/fileAsst-1 (Take note of the difference between the numeric digit 1 and the lower-case letter 1 in the command above. If you can’t tell the difference between these, check your web browser settings to see if you can get it to use some better fonts.) This will check to see if you have built the desired directory structure so far. You should repeat the above steps as necessary until this command reports success. 6. If you have been successful so far, the fileAsst-1 command will have placed a new file somewhere in the directory structure you have built. Find it, and move it into the TweedleDee directory, renaming the file to “rabbit.dat”. 7. Execute the command -cs252/bin/fileAsst-2 If all is well, you will receive the access code for completion of this assignment.

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Answer to this is what I have so far sthelin@atria:~/UnixCourse/fileAsst/TweedleDee$ /home -bash: /home: Is a directory sthelin@a…

Far Ve Used Different Python Modules Rest Homework Need Familiarize New One Shutil Module Q43899779

So far, you’ve used a few different Python modules, but for therest of the homework, you will need to familiarize yourself with anew one. The shutil module is a Python module used for high-levelfile operations like moving and copying. Read this JournalDevdocumentation beforehand to get familiar with shutil and make sureto use this Python documentation while you’re working through thehomework.

Create a file called copy_activities.py with a function calledstu_activities that does the following:

Finds files in ~/Downloads that contain the string readme.

Copies these files into the current working directory.

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Answer to So far, you’ve used a few different Python modules, but for the rest of the homework, you will need to familiarize yours…

Favourites Aub C Go Finite State Machine Fsm Languages Lab Works Lab Works Ba Google Pose Q43822678

i have no clue whats going on
Favourites (AUB)-C-Go Finite-state machine (FSM) and Languages and Lab Works and Lab Works. BA - Google POSE- Google f(1.5) -Favourites (AUB)-C-Go Finite-state machine (FSM) and Languages and Lab Works and Lab Works. BA – Google POSE- Google f(1.5) – Google Incorrect Question 16 Which of the following languages corresponding to the regular expressions only contain strings with an odd number of ‘s where there represents the Or (V) operator for strings? 1. aaala+b): 2. alb+aba): 3. aba+babaaba: Question 17 Given the following table for a FSM, does it accept (recognise) the input seque b a? States S1 Yes it accepts it • No it does not accept it No answer text provided No answer text provided Show transcribed image text Favourites (AUB)-C-Go Finite-state machine (FSM) and Languages and Lab Works and Lab Works. BA – Google POSE- Google f(1.5) – Google Incorrect Question 16 Which of the following languages corresponding to the regular expressions only contain strings with an odd number of ‘s where there represents the Or (V) operator for strings? 1. aaala+b): 2. alb+aba): 3. aba+babaaba: Question 17 Given the following table for a FSM, does it accept (recognise) the input seque b a? States S1 Yes it accepts it • No it does not accept it No answer text provided No answer text provided

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Answer to Favourites (AUB)-C-Go Finite-state machine (FSM) and Languages and Lab Works and Lab Works. BA – Google POSE- Google f(1…

Federal Government Regulates Labels Warranties Consumer Products Without Government Regula Q43899342

The federal government regulates labels, warranties, andconsumer products. Without government regulation, what abuses arelikely to occur?

Expert Answer


Answer to The federal government regulates labels, warranties, and consumer products. Without government regulation, what abuses a…

Federal Law Enforcement React Cyber Crimes Cross National Borders Online Gambling Illegal Q43814477

How does federal law enforcement react to cyber crimes thatcross national borders? Online gambling is illegal in the UnitesStates, but perfectly legal in Costa Rica. Can the United Statesprosecute an American who is found to be using a Costa Rica websiteto place bets?

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Answer to How does federal law enforcement react to cyber crimes that cross national borders? Online gambling is illegal in the Un…

Feedback Challenge Activity 141 Basic Syntax Errors Type Statements Correct One Syntax Err Q43895585

Feedback? CHALLENGE ACTIVITY 1.4.1: Basic syntax errors. Type the statements. Then, correct the one syntax error in each statCHALLENGE ACTIVITY 1.4.2. More syntax errors. Retype the statements, correcting the syntax errors. printf(Num: %dn, songnuFeedback? CHALLENGE ACTIVITY 1.4.1: Basic syntax errors. Type the statements. Then, correct the one syntax error in each statement. Hints: Statements end in semicolons, and string literals use double quotes printf(“Predictions are hard. n”; printf(“Especially ‘); printf(“about the future.n”). print(“Num is: %dn”, userNum); 1 Winclude <stdio.h> D! 3 int main(void) int userum userNum = 5; ! /* Your solution goes here return 0; 10 11 ) CHALLENGE ACTIVITY 1.4.2. More syntax errors. Retype the statements, correcting the syntax errors. printf(“Num: %dn”, songnum); printf(“%dn”, int songNum); printf(“%d songsn” songNum); Note: These activities may test code with different test values. This activity will perform two tests: the first with songNum = 5, the second with songNum = 9. See How to Use zyBooks. 1 include <stdio.h> D! int main(void) int songNum; songNum = 5: !1 “Your solution goes here / return ; Show transcribed image text Feedback? CHALLENGE ACTIVITY 1.4.1: Basic syntax errors. Type the statements. Then, correct the one syntax error in each statement. Hints: Statements end in semicolons, and string literals use double quotes printf(“Predictions are hard. n”; printf(“Especially ‘); printf(“about the future.n”). print(“Num is: %dn”, userNum); 1 Winclude D! 3 int main(void) int userum userNum = 5; ! /* Your solution goes here return 0; 10 11 )
CHALLENGE ACTIVITY 1.4.2. More syntax errors. Retype the statements, correcting the syntax errors. printf(“Num: %dn”, songnum); printf(“%dn”, int songNum); printf(“%d songsn” songNum); Note: These activities may test code with different test values. This activity will perform two tests: the first with songNum = 5, the second with songNum = 9. See How to Use zyBooks. 1 include D! int main(void) int songNum; songNum = 5: !1 “Your solution goes here / return ;

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Answer to Feedback? CHALLENGE ACTIVITY 1.4.1: Basic syntax errors. Type the statements. Then, correct the one syntax error in each…

Fi N Fe N G N 92 N Q43827890

Find a counterexample to refute that fi(n)/fe(n) is (g(n)/92(n))

fi(n)/fe(n) is (g(n)/92(n)) Show transcribed image text fi(n)/fe(n) is (g(n)/92(n))

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Answer to fi(n)/fe(n) is (g(n)/92(n))…

Fi N Fe N Olg N 92 N Q43842238

Find a counterexample to refute that fi(n) - fe(n) is Olgın) - 92(n))

fi(n) – fe(n) is Olgın) – 92(n)) Show transcribed image text fi(n) – fe(n) is Olgın) – 92(n))

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Answer to fi(n) – fe(n) is Olgın) – 92(n))…