_classic()+ theme(legend.title = element_text(size = 12), legend.text = element_text(size = 10) ) + scale_color_manual(values = wes_palette("Darjeeling2")) write a loop that will iterate through 3 categorical grouping variables and multiple x and y variables (5 of each would be a good multiple otherwise you will be making tons of plots). Make sure you are choosing meaningful x and y variables for the type of plot you

_classic()+ theme(legend.title = element_text(size = 12), legend.text = element_text(size = 10) ) + scale_color_manual(values = wes_palette("Darjeeling2")) write a loop that will iterate through 3 categorical grouping variables and multiple x and y variables (5 of each would be a good multiple otherwise you will be making tons of plots). Make sure you are choosing meaningful x and y variables for the type of plot you

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter7: User-defined Simple Data Types, Namespaces, And The String Type

Section: Chapter Questions

Problem 8PE: Write a program that reads in a line consisting of a students name, Social Security number, user ID,...

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Write a program that reads in a line consisting of a students name, Social Security number, user ID, and password. The program outputs the string in which all the digits of the Social Security number and all the characters in the password are replaced by x. (The Social Security number is in the form 000-00-0000, and the user ID and the password do not contain any spaces.) Your program should not use the operator [] to access a string element. Use the appropriate functions described in Table 7-1.
To translate a sentence into pig Latin, create a function. When a word is written in pig Latin, its first character is dropped, shifted to the word's tail, and the letters "ay" are added. For instance, "hello world" would be "ellohay orldway" in pig Latin. Your function can be written to assume that each word has at least two characters, is separated by a space, and is free of punctuation.
To translate a sentence into pig Latin, create a function. When a word is written in pig Latin, its first character is dropped, shifted to the word's tail, and the letters "ay" are added. For instance, "hello world" would be "ellohay orldway" in pig Latin. Your function can be written to presume that each word has at least two letters, that there is one space between each word, and that there are no punctuation marks.
Question 3: Write a function that computes the ratio of vowels vs. consonants (????????????????��) in a given sentence. The ratio should be given as a floating-point number rounded off to two decimal places. When writing your function, be sure to appropriately cater for the following punctuation marks: apostrophes (') quotations (") full stops (.) commas (,) exclamations (!) question marks (?) colons (:) semicolons (;) Arguments: sentence (string) →→ sentence required to compute the ratio. Return: ratio (float) →→ a ratio that describes the number of vowels to consonants: vowels/consonants. ?HINT? Remember to cater for the white spaces that appear in your sentence. Expected outputs vowel_consonant_ratio("This is a random sentence!")==0.62 vowel_consonant_ratio("Thomas! Where have you been?")==0.83
Now add a local variable in PrintInv() called Inventory. Have PrintInv() pass the structure to a new function called FindInv(), which will calculate and return the product of Price & Qty. In FindInv(), no new variable is needed. PrintInv() should give the same output as before, but now it uses FindInv() to find the product. ols0001 is the oldpart number, 0.80 is the oldpart price , 30 is the oldpart qty and 24.00 is the total inventory. Expected output: SMS0001 0.35 20 7.00 OLS0001 0.80 30 24.00 #include <stdlib.h>#include <stdio.h>#include <string.h>int main() { struct partitem { char number[10]; float price;};struct partitem part, oldpart;int oldpartqty; float oldpartprice;int qty = 20;part.price = 0.35;strcpy(part.number,"SMS0001");printf("price = %.2f\n",part.price);printf("name = %s \n", part.number);printf("quantity %d \n",qty );printf("enter oldpart\n");scanf("\n %s",oldpart.number);printf("\nold part number is…
‘Write a function get_names(), which prompts the user for a sequence of names, where each name can contain an arbitrary mix of uppercase and lowercaseletters and space characters, until the user enters "exit". The function should then return a list of capitalized names, whith no leading or trailing space, and with‘one space character separating adjacent words, Write a main() function to test the get_names() function. For example: Enter a name (exit to stop): bill clintonEnter a name (exit to stop): john tigER sMith Enter a name (exit to stop): mary beautiful Graceland Enter a name (exit to stop): exit [Bill Clinton’, “John Tiger Smith’, ‘Mary Beautiful Graceland’ ]
Create a function that translates a sentence into pig Latin. To convert a word to pig Latin, remove the initial character, move it to the rear of the word, then add the characters "ay" to the word. In pig Latin, "hello world" is "ellohay orldway." Your function can presume that each word has at least two characters and is separated by a single space with no punctuation marks.use c#
we will write a function to compare the suitability of various alien planets for a space colony. Make up the names of 5 alien planets and enter these in cells B5–B9 of Sheet 1 in your file. For each planet make up in the same row of the sheet a temperature (between -200 and +200) in column C, an oxygen percentage (between 0 and 100) in column D, and a radiation level chosen from “None”, “Low”, “High”, and “Lethal” in column E. Write a function which takes as input a planet name and returns a message as follows: • If the planet is not on the list then return “Pick another planet”. • If the temperature is less than -80 or greater than +80, or the oxygen level is less than 10, or the radiation level is Lethal, return “x is not habitable” where x is the name of the planet.
Make sure you included your ‘docstring’ comments for each function. Add comments for the following function. Function: function message = str_code_to_message(morse)message='';k=1;for i =1:length(morse)if morse(i)==' 'message=[message,code_to_char(morse(k:i-1))];k=i+1;elseif morse(i)=='/'message=[message,code_to_char(morse(k:i-1))];message=[message,' '];k=i+1;endendmessage=[message,code_to_char(morse(k:i))];end
Python Write a function that takes in as input a dataframe and a column name, and returns the mean for numerical columns and the mode for non-numerical columns. Function Specifications: The function should take two inputs: (df, column_name), where df is a pandas DataFrame, column_name is a str. If the column_name does not exist in df, raise a ValueError. Should return as output the mean if the specified column is numerical and return a list of the mode(s) otherwise. The mean should be rounded to 2 decimal places. If there is more than one mode for a given non-numerical column, the fuction should return a list of all modes. I def calc_mean_mode(df, column_name): # your code here return calc_mean_mode(df,'Age') Expected Outputs: calc_mean_mode(df, 'Age') == 29.7 calc_mean_mode(df, 'Embarked') == ['S']
Write a function, young_john(people), that returns True if the dictionary people contains the key "John" with a value of 19. It should return False otherwise. like this def young_john(people):
Write a function validate_date(date_string) which takes in a datestring and checks if the datestring is valid. If the string is valid, we want to return a tuple containing True and the date_string itself. If the string is invalid for a specific reason, we want to return a tuple containing False and the error code explaining what was wrong with the date string passed in. Below is the error codes for reasons why a string can be invalid (based on criteria on validity, read above): -1 --> date_string does not separate the day, month, and year with slashes. -2 --> day, month, or year are not numeric. -3 --> month out of range (not between 1 and 12) -4 --> day is out of range (not between 1 and last day of the month) For instance, if validate_date(date_string) is called with "01/12/2022" as the argument, the return value is (True, "01/12/2022") because "01/12/2022" is a valid string. If validate_date(date_string) is called with "01/44/2022" as the argument, the return value is…