this is R can you convert to python please line_proportion_by_season <- mod_data%>%group_by (season) %>%count (speaker) %>%mutate (proportion = round ((n / sum(n)) * 100, 1)) %>%arrange (season, desc (proportion))line_proportion_over_time <- line_proportion_by_season %>%filter (speaker %in% main_characters) %>%ggplot (aes (x = season, y = proportion, color = speaker, label = proportion)) +geom_point (size = 2) +geom_line () +scale_x_continuous(breaks = seq(1, 9, 1)) +theme_minimal() +theme (legend. position = "none") +labs (y="% of lines",title="% of Lines by Season") +theme (plot.title = element_text(hjust = 0.5)) +facet_wrap (~ factor(str_to_title(speaker), levels = str_to_title(main_characters)), ncol = 3) +geom_text (vjust = -1.2, size = 3.5) +ylim (0, 50) +scale_color_manual(values = office_colors)line_proportion_over_time

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Answered: R can you convert to python please

Engineering

Computer Science

R can you convert to python please

Np Ms Office 365/Excel 2016 I Ntermed

1st Edition

ISBN:9781337508841

Author:Carey

Publisher:Carey

Chapter3: Performing Calculations With Formulas And Functions

Section: Chapter Questions

Problem 3.9CP

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Some rows of the STUGRADE table of a school are shown below: STU_CODE CLS_CODE GRADE YEAR 291 111 3.1 2010 938 101B 2.3 2011 931 M101 3.3 2040 291 M101 3.4 2018 190 111 2.0 2021 931 321 3.9 2003 Suppose that STU_CODE is the student code (foreign key) and CLS_CODE is the class code (foreign key). Which of the following computes the average for each year of the student with code 931? a. SELECT AVG(GRADE) FROM STUGRADE WHERE STU_CODE = 931 GROUP BY YEAR b. SELECT AVG(GRADE) FROM STUGRADE WHERE STU_CODE = 931. c. SELECT AVG(GRADE) FROM STUGRADE GROUP BY STU_CODE = 931 d. SELECT AVG(GRADE) FROM STUGRADE WHERE STU_CODE = 931 GROUP BY AVG(GRADE)
2. Get the Groups As new students begin to arrive at college, each receives a unique ID number, 1 to n. Initially, the students do not know one another, and each has a different circle of friends. As the semester progresses, other groups of friends begin to form randomly. There will be three arrays, each aligned by an index. The first array will contain a queryType which will be either Friend or Total. The next two arrays, students1 and students2, will each contain a student ID. If the query type is Friend, the two students become friends. If the query type is Total, report the sum of the sizes of each group of friends for the two students.
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Richardson Ski Racing (RSR) sells equipment needed for downhill ski racing. One of RSR's products is fencing used on downhill courses. The fence product comes in 150-foot rolls and sells for $215 per roll. However, RSR offers quantity discounts. The following table shows the price per roll depending on order size: Quantity Ordered From To Price per Roll 1. 30 $215 31 60 $195 61 120 $175 121 and up $155 Click on the datafile logo to reference the data. DATA file (a) Use the VLOOKUP function with the preceding pricing table to determine the total revenue from these orders. (b) Use the COUNTIF function to determine the number of orders in each price bin. From To Price per Roll Number Orders 30 $215 31 60 $195 61 120 $175 121 and up $155 172
Order Number: 5678 Customer Number: 9123 Customer Name: Thomas Customer Address: 51 Samora Machel Street City- Country: Durban, South Africa ProductNo A 123 B 234 C 345 Description A4 Paper Order Form Toner Staples Normal Form Quantity 100 200 1000 Date: 25/12/2020 Unit Price R1.00 R150.00 R5.00 1.1 Using normalization principles, depict the ONF, 1NF, 2nd NF and 3rd NF of the data above. Example: Below is an example of the table information converted to zero normal form, read chapter five in your module guide and convert the table to first, second and third normal form. The format of your answer must be as depicted below: • ORDER( order number, customer number, name, address, order date(product number, description, quantity, unit price))
Discussion: Q1: by using key design half - subtractor Q2: by using key design full- subtractor.
This dataset “Birthweight_reduced_kg_R" contains information on new born babies and their parents. In the following a description of each variable is given: Name Variable Baby number Length of baby (cm) Weight of baby (kg) headcirumference Head Circumference ID length Birthweight Gestation Gestation (weeks) smoker Mother smokes 1 = smoker 0 = non-smoker motherage Maternal age Number of cigarettes smoked per day by mother mnocig Mothers height (cm) Mothers pre-pregnancy weight (kg) Father's age mheight mppwt fage Father's years in education Number of cigarettes smoked per day by father fedyrs fnocig Father's height (kg) Low birth weight, 0 = No and 1 = yes Mother over 35, 0 = No and 1 = yes fheight lowbwt mage35 Task 1: Load the csv file into Python environment and get the required columns to be used as x and y. Task 2: Use correlation coefficient to find and discuss the following: 1. Relationship between maternal height and baby length. 2. Relationship between mother's pre-pregnancy…
CREATE TABLE EMPLOYEE(ENUM DECIMAL(12) NOT NULL,/* Employee number */FNAME VARCHAR(50) NOT NULL,/* First name */LNAME VARCHAR(50) NOT NULL,/* Last name */DOB DATE NULL,/* Date of birth */CONSTRAINT EMPLOYEE_PKEY PRIMARY KEY(ENUM) );CREATE TABLE DRIVER(ENUM DECIMAL(12) NOT NULL,/* Employee number */LNUM DECIMAL(8) NOT NULL,/* Driving license number */STATUS VARCHAR(10) NOT NULL,/* Driver status */CONSTRAINT DRIVER_PKEY PRIMARY KEY(ENUM),CONSTRAINT DRIVER_UNIQUE UNIQUE(LNUM),CONSTRAINT DRIVER_FKEY FOREIGN KEY(ENUM) REFERENCES EMPLOYEE(ENUM),CONSTRAINT DRIVER_STATUS CHECK (STATUS IN ('AVAILABLE', 'BUSY', 'ON LEAVE')) );CREATE TABLE TRUCK(REGNUM VARCHAR(10) NOT NULL,/* Registration number */CAPACITY DECIMAL(7) NOT NULL,/* Capacity */WEIGHT DECIMAL(7) NOT NULL,/* Weight */STATUS VARCHAR(10) NOT NULL,/* Present status */CONSTRAINT TRUCK_PKEY PRIMARY KEY(REGNUM),CONSTRAINT TRUCK_STATUS CHECK( STATUS IN ('AVAILABLE', 'USED', 'MAINTAINED')),CONSTRAINT TRUCK_WEIGHT CHECK( WEIGHT > 0.0 AND…
CREATE TABLE EMPLOYEE(ENUM DECIMAL(12) NOT NULL,/* Employee number */FNAME VARCHAR(50) NOT NULL,/* First name */LNAME VARCHAR(50) NOT NULL,/* Last name */DOB DATE NULL,/* Date of birth */CONSTRAINT EMPLOYEE_PKEY PRIMARY KEY(ENUM) );CREATE TABLE DRIVER(ENUM DECIMAL(12) NOT NULL,/* Employee number */LNUM DECIMAL(8) NOT NULL,/* Driving license number */STATUS VARCHAR(10) NOT NULL,/* Driver status */CONSTRAINT DRIVER_PKEY PRIMARY KEY(ENUM),CONSTRAINT DRIVER_UNIQUE UNIQUE(LNUM),CONSTRAINT DRIVER_FKEY FOREIGN KEY(ENUM) REFERENCES EMPLOYEE(ENUM),CONSTRAINT DRIVER_STATUS CHECK (STATUS IN ('AVAILABLE', 'BUSY', 'ON LEAVE')) );CREATE TABLE TRUCK(REGNUM VARCHAR(10) NOT NULL,/* Registration number */CAPACITY DECIMAL(7) NOT NULL,/* Capacity */WEIGHT DECIMAL(7) NOT NULL,/* Weight */STATUS VARCHAR(10) NOT NULL,/* Present status */CONSTRAINT TRUCK_PKEY PRIMARY KEY(REGNUM),CONSTRAINT TRUCK_STATUS CHECK( STATUS IN ('AVAILABLE', 'USED', 'MAINTAINED')),CONSTRAINT TRUCK_WEIGHT CHECK( WEIGHT > 0.0 AND…
CREATE TABLE EMPLOYEE(ENUM DECIMAL(12) NOT NULL,/* Employee number */FNAME VARCHAR(50) NOT NULL,/* First name */LNAME VARCHAR(50) NOT NULL,/* Last name */DOB DATE NULL,/* Date of birth */CONSTRAINT EMPLOYEE_PKEY PRIMARY KEY(ENUM) );CREATE TABLE DRIVER(ENUM DECIMAL(12) NOT NULL,/* Employee number */LNUM DECIMAL(8) NOT NULL,/* Driving license number */STATUS VARCHAR(10) NOT NULL,/* Driver status */CONSTRAINT DRIVER_PKEY PRIMARY KEY(ENUM),CONSTRAINT DRIVER_UNIQUE UNIQUE(LNUM),CONSTRAINT DRIVER_FKEY FOREIGN KEY(ENUM) REFERENCES EMPLOYEE(ENUM),CONSTRAINT DRIVER_STATUS CHECK (STATUS IN ('AVAILABLE', 'BUSY', 'ON LEAVE')) );CREATE TABLE TRUCK(REGNUM VARCHAR(10) NOT NULL,/* Registration number */CAPACITY DECIMAL(7) NOT NULL,/* Capacity */WEIGHT DECIMAL(7) NOT NULL,/* Weight */STATUS VARCHAR(10) NOT NULL,/* Present status */CONSTRAINT TRUCK_PKEY PRIMARY KEY(REGNUM),CONSTRAINT TRUCK_STATUS CHECK( STATUS IN ('AVAILABLE', 'USED', 'MAINTAINED')),CONSTRAINT TRUCK_WEIGHT CHECK( WEIGHT > 0.0 AND…
Richardson Ski Racing (RSR) sells equipment needed for downhill ski racing. One of RSR's products is fencing used on downhill courses. The fence product comes in 150-foot rolls and sells for $215 per roll. However, RSR offers quantity discounts. The following table shows the price per roll depending on order size: Quantity Ordered To Price per Roll From 1 70 $215 71 140 $195 141 280 $175 281 and up $155 Click on the datafile logo to reference the data. DATA file (a) Use the VLOOKUP function with the preceding pricing table to determine the total revenue from these orders. (b) Use the COUNTIF function to determine the number of orders in each price bin. From Number of To Price per Roll 70 $215 !!! 140 $195 280 $175 and up $155 1 71 141 281 Orders 172