"DUST, DATA AND DISCOVERY: AQI ANALYSIS UNDER THE MICROSCOPE"
π Data Analysis Project using NumPy, Pandas, Matplotlib & Seaborn This project is a comprehensive data analysis task performed using Python libraries such as NumPy, Pandas, Matplotlib, and Seaborn. It involves data cleaning, exploratory data analysis (EDA), and statistical visualization to uncover insights from a real-world dataset.
π Project Highlights
β Cleaned and preprocessed the dataset for analysis
β Performed statistical summary and value counts
β Visualized distributions using histograms and boxplots
β Explored correlation and relationships using heatmaps and scatter plots
β Used Seaborn to generate appealing and insightful visualizations
β Demonstrated good use of NumPy for efficient numeric operations
β Implemented creativity in presenting the data and drawing conclusions
π§° Libraries Used NumPy β for numeric computations
Pandas β for data handling and preprocessing
Matplotlib β for plotting basic visualizations
Seaborn β for advanced and aesthetic statistical graphics
π§ͺ How to Run
1.Clone the repository
git clone https://github.com/yourusername/your-repo-name.git
2.Navigate into the project directory
cd your-repo-name
3.Open the notebook
jupyter notebook Final_CA_Project.ipynb
5.Ensure that you have installed the required libraries:
pip install numpy pandas matplotlib seaborn
π Use Case
This project can serve as a template for EDA projects and helps beginners understand how to approach a dataset from scratch β cleaning, analyzing, and visualizing it efficiently using the Python data stack.
π Dataset The dataset used is publicly available from data.gov.in, containing commodity prices across various Indian mandis (markets).
π Sample Visuals Histogram showing distribution of prices
Boxplots comparing commodities
Heatmaps indicating correlation
Line charts for trends over time
π Final Thoughts This project helped in:
Improving proficiency in pandas and seaborn
Strengthening the understanding of real-world data structures
Practicing data visualization to communicate insights clearly
π Show Some Love If you found this helpful, please β the repo and share your thoughts!