Code
library(tidyverse)
::opts_chunk$set(echo = TRUE, warning=FALSE, message=FALSE) knitr
Meredith Rolfe
August 18, 2022
Today’s challenge is to:
Read in one (or more) of the following datasets, using the correct R package and command.
id xspanish complete_status ppage
1 7230001 English qualified 68
2 7230002 English qualified 85
ppeduc5 ppeducat
1 High school graduate (high school diploma or the equivalent GED) High school
2 Bachelor
ppgender ppethm pphhsize ppinc7 ppmarit5
1 Female White, Non-Hispanic 2 $25,000 to $49,999 Now Married
2 NA
ppmsacat ppreg4 pprent
1 Metro area South Owned or being bought by you or someone in your household
2
ppstaten PPWORKA ppemploy Q1_a Q1_b Q1_c Q1_d Q1_e
1 Florida Retired Not working Approve Approve Disapprove Approve Approve
2
Q1_f Q2 Q3 Q4 Q5 QPID ABCAGE
1 Disapprove Not so concerned Yes Good Optimistic A Democrat 65+
2
Contact weights_pid
1 No, I am not willing to be interviewed 0.6382
2 NA
This data appears to be a survey dataset, possibly related to public opinion or market research. Each row represents a respondent/participant and includes several variables that provide information about their demographic characteristics and opinions.
Is your data already tidy, or is there work to be done? Be sure to anticipate your end result to provide a sanity check, and document your work here.
It appears that the data is already in a “tidy” format, with each row representing a separate observation and each column representing a separate variable.
### Data Frame Summary
#### df
**Dimensions:** 2 x 31
**Duplicates:** 0
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| No | Variable | Stats / Values | Freqs (% of Valid) | Graph | Missing |
+====+==================+===============================+======================+======================+=========+
| 1 | id\ | Min : 7230001\ | 7230001 : 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [integer] | Mean : 7230001.5\ | 7230002 : 1 (50.0%) | IIIIIIIIII | (0.0%) |
| | | Max : 7230002 | | | |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 2 | xspanish\ | 1\. English | 2 (100.0%) | IIIIIIIIIIIIIIIIIIII | 0\ |
| | [character] | | | | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 3 | complete_status\ | 1\. qualified | 2 (100.0%) | IIIIIIIIIIIIIIIIIIII | 0\ |
| | [character] | | | | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 4 | ppage\ | Min : 68\ | 68 : 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [integer] | Mean : 76.5\ | 85 : 1 (50.0%) | IIIIIIIIII | (0.0%) |
| | | Max : 85 | | | |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 5 | ppeduc5\ | 1\. Bachelor\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. High school graduate (hig | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 6 | ppeducat\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. High school | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 7 | ppgender\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Female | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 8 | ppethm\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. White, Non-Hispanic | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 9 | pphhsize\ | 1 distinct value | 2 : 1 (100.0%) | IIIIIIIIIIIIIIIIIIII | 1\ |
| | [integer] | | | | (50.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 10 | ppinc7\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. $25,000 to $49,999 | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 11 | ppmarit5\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Now Married | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 12 | ppmsacat\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Metro area | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 13 | ppreg4\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. South | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 14 | pprent\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Owned or being bought by | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 15 | ppstaten\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Florida | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 16 | PPWORKA\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Retired | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 17 | ppemploy\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Not working | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 18 | Q1_a\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Approve | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 19 | Q1_b\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Approve | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 20 | Q1_c\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Disapprove | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 21 | Q1_d\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Approve | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 22 | Q1_e\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Approve | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 23 | Q1_f\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Disapprove | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 24 | Q2\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Not so concerned | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 25 | Q3\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Yes | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 26 | Q4\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Good | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 27 | Q5\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. Optimistic | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 28 | QPID\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. A Democrat | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 29 | ABCAGE\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. 65+ | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 30 | Contact\ | 1\. (Empty string)\ | 1 (50.0%)\ | IIIIIIIIII \ | 0\ |
| | [character] | 2\. No, I am not willing to b | 1 (50.0%) | IIIIIIIIII | (0.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
| 31 | weights_pid\ | 1 distinct value | 1 distinct values | IIIIIIIIIIIIIIIIIIII | 1\ |
| | [numeric] | | | | (50.0%) |
+----+------------------+-------------------------------+----------------------+----------------------+---------+
Any additional comments?
Are there any variables that require mutation to be usable in your analysis stream? For example, are all time variables correctly coded as dates? Are all string variables reduced and cleaned to sensible categories? Do you need to turn any variables into factors and reorder for ease of graphics and visualization?
Document your work here. The variable “ppeduc5” is currently in character format, which may need to be converted to a factor if it is to be used in statistical modeling or visualization.
Any additional comments?
---
title: "Challenge 4"
author: "Nisarg Shah"
description: "More data wrangling: pivoting"
date: "08/18/2022"
format:
html:
toc: true
code-fold: true
code-copy: true
code-tools: true
categories:
- challenge_4
- abc_poll
- eggs
- fed_rates
- hotel_bookings
- debt
---
```{r}
#| label: setup
#| warning: false
#| message: false
library(tidyverse)
knitr::opts_chunk$set(echo = TRUE, warning = FALSE, message = FALSE)
```
## Challenge Overview
Today's challenge is to:
1) read in a data set, and describe the data set using both words and any supporting information (e.g., tables, etc)
2) tidy data (as needed, including sanity checks)
3) identify variables that need to be mutated
4) mutate variables and sanity check all mutations
## Read in data
Read in one (or more) of the following datasets, using the correct R package and command.
- abc_poll.csv ⭐
- poultry_tidy.xlsx or organiceggpoultry.xls⭐⭐
- FedFundsRate.csv⭐⭐⭐
- hotel_bookings.csv⭐⭐⭐⭐
- debt_in_trillions.xlsx ⭐⭐⭐⭐⭐
```{r}
df <- read.csv("_data/abc_poll_2021.csv", fileEncoding = "UTF-8")
head(df)
```
### Briefly describe the data
This data appears to be a survey dataset, possibly related to public opinion or market research. Each row represents a respondent/participant and includes several variables that provide information about their demographic characteristics and opinions.
## Tidy Data (as needed)
Is your data already tidy, or is there work to be done? Be sure to anticipate your end result to provide a sanity check, and document your work here.
It appears that the data is already in a "tidy" format, with each row representing a separate observation and each column representing a separate variable.
```{r}
# summarize the data
summary_table <- summarytools::dfSummary(df,
plain.ascii = FALSE,
style = "grid",
valid.col = FALSE
)
# view the summary table
summary_table
```
Any additional comments?
## Identify variables that need to be mutated
Are there any variables that require mutation to be usable in your analysis stream? For example, are all time variables correctly coded as dates? Are all string variables reduced and cleaned to sensible categories? Do you need to turn any variables into factors and reorder for ease of graphics and visualization?
Document your work here.
The variable "ppeduc5" is currently in character format, which may need to be converted to a factor if it is to be used in statistical modeling or visualization.
```{r}
```
Any additional comments?