1- Let's start with some mediationO Print the following pattern on to the screen; uses one printf () to print “smile Smile!" on one line, uses a second printf() call to print "Joy" and "Gratitude" on two separate lines, and uses a pair of printf() calls to print "Work" and "Hard" on one line. Finally finish off by displaying "Play Harder" using a last printf() statement. The output should look like this. Smile Smile! // First print statement // Second print statement Joy Gratitude // Still the second print statement Work Hard // Third and fourth print statements Play Harder // Fifth print statement Now we can move on to writing some code that calculates the average of 3 numbers. . a) This program takes 3 numbers of type int as input. Use a prompting message to read any 3 integers and store them in appropriate variables. b) Calculate the average of the 3 input variables and store them in the variable that of type double. Note: Make sure that your average value calculations are accurate! c) Use printf to display all 3 values and their average. Round the output to 2 decimal places. Your output should look like this: The average of three values 2, 2 and 3 is 2.33. d) Now use the average value to calculate the standard deviation of those 3 values. std_dev = /((x1 – average)² + (x2 – average)? + (x3 – average)²)/3 e) Don't forget to display the standard deviation value and round it to 3 decimals.
1- Let's start with some mediationO Print the following pattern on to the screen; uses one printf () to print “smile Smile!" on one line, uses a second printf() call to print "Joy" and "Gratitude" on two separate lines, and uses a pair of printf() calls to print "Work" and "Hard" on one line. Finally finish off by displaying "Play Harder" using a last printf() statement. The output should look like this. Smile Smile! // First print statement // Second print statement Joy Gratitude // Still the second print statement Work Hard // Third and fourth print statements Play Harder // Fifth print statement Now we can move on to writing some code that calculates the average of 3 numbers. . a) This program takes 3 numbers of type int as input. Use a prompting message to read any 3 integers and store them in appropriate variables. b) Calculate the average of the 3 input variables and store them in the variable that of type double. Note: Make sure that your average value calculations are accurate! c) Use printf to display all 3 values and their average. Round the output to 2 decimal places. Your output should look like this: The average of three values 2, 2 and 3 is 2.33. d) Now use the average value to calculate the standard deviation of those 3 values. std_dev = /((x1 – average)² + (x2 – average)? + (x3 – average)²)/3 e) Don't forget to display the standard deviation value and round it to 3 decimals.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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im stuck on this one
![1- Let's start with some mediatione Print the following pattern on to the screen; uses one
printf() to print "smile Smile!" on one line, uses a second printf() call to print "Joy"
and "Gratitude" on two separate lines, and uses a pair of printf() calls to print "Work"
and "Hard" on one line. Finally finish off by displaying "Play Harder" using a last printf()
statement. The output should look like this.
Smile Smile!
// First print statement
Joy
// Second print statement
Gratitude
// Still the second print statement
// Third and fourth print statements
Work Hard
Play Harder
// Fifth print statement
Now we can move on to writing some code that calculates the average of 3 numbers. -
a) This program takes 3 numbers of type int as input. Use a prompting message to read any 3
integers and store them in appropriate variables.
b) Calculate the average of the 3 input variables and store them in the variable that of type
double.
Note: Make sure that your average value calculations are accurate!
c) Use printf to display all 3 values and their average. Round the output to 2 decimal places.
Your output should look like this:
The average of three values 2, 2 and 3 is 2.33.
d) Now use the average value to calculate the standard deviation of those 3 values.
std_dev = J((x1 - average)? + (x2 – average)? + (x3 – average)²)/3
e) Don't forget to display the standard deviation value and round it to 3 decimals.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F04c52921-cfa4-41e1-9a17-e97aadee2312%2Fc08577f5-1fcf-44e5-b05c-a9d7c29dfe10%2Fpuvot38a_processed.png&w=3840&q=75)
Transcribed Image Text:1- Let's start with some mediatione Print the following pattern on to the screen; uses one
printf() to print "smile Smile!" on one line, uses a second printf() call to print "Joy"
and "Gratitude" on two separate lines, and uses a pair of printf() calls to print "Work"
and "Hard" on one line. Finally finish off by displaying "Play Harder" using a last printf()
statement. The output should look like this.
Smile Smile!
// First print statement
Joy
// Second print statement
Gratitude
// Still the second print statement
// Third and fourth print statements
Work Hard
Play Harder
// Fifth print statement
Now we can move on to writing some code that calculates the average of 3 numbers. -
a) This program takes 3 numbers of type int as input. Use a prompting message to read any 3
integers and store them in appropriate variables.
b) Calculate the average of the 3 input variables and store them in the variable that of type
double.
Note: Make sure that your average value calculations are accurate!
c) Use printf to display all 3 values and their average. Round the output to 2 decimal places.
Your output should look like this:
The average of three values 2, 2 and 3 is 2.33.
d) Now use the average value to calculate the standard deviation of those 3 values.
std_dev = J((x1 - average)? + (x2 – average)? + (x3 – average)²)/3
e) Don't forget to display the standard deviation value and round it to 3 decimals.
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