Lecture
Working with Multidimensional Arrays
NumPy goes beyond 1D and 2D — it also supports 3D arrays and higher dimensions.
Each added dimension increases the level of nesting and structural complexity.
You’ll most often encounter 3D arrays when working with image data, videos, or time-series batches.
Dimensions and Shape
- A 1D array has a shape like
(3,) - A 2D array might be
(2, 3) - A 3D array could look like
(2, 3, 4), meaning 2 blocks, each with 3 rows and 4 columns
Lessons in this chapter · NumPy Essentials for Data Analysis
- 1. What is NumPy and Why Use It?
- 2. Creating 1D and 2D Arrays
- 3. Indexing and Slicing Arrays
- 4. Array Arithmetic and Broadcasting
- 5. Boolean Masking and Filtering
- 6. Array Shapes, Axes, and Broadcasts
- 7. Multiple-choice quiz
- 8. Aggregation Functions (sum, mean, std, etc.)
- 9. Array Reshaping and Flattening
- 10. Generating Arrays (arange, linspace, zeros, ones)
- 11. Data Type Conversion and Copying Arrays
- 12. Working with Multidimensional Arrays
- 13. Fill-in-the-blank quiz
Quiz
0 / 1
NumPy supports arrays with more than two dimensions.
True
False
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