In general, the Python standard library includes many built-in functions that are available to use in your code without needing to import any additional modules. Some common examples of built-in functions include:
👉🏻 abs() : Returns the absolute value of a number.
👉🏻 all() : Returns True if all elements of an iterable are True, and False otherwise.
👉🏻 any() : Returns True if any element of an iterable is True, and False otherwise.
👉🏻 bin() : Converts an integer to a binary string.
👉🏻 bool() : Converts a value to a Boolean.
👉🏻 chr() : Returns the string representation of a Unicode character.
👉🏻 dir() : Returns a list of attributes and methods for an object.
👉🏻enumerate(): Returns an enumerate object, which contains a sequence of tuples containing the index and value of each element of an iterable.
👉🏻 filter() : Returns an iterator for elements of an iterable for which a condition is True.
👉🏻 float() : Converts a value to a floating-point number.
👉🏻 format(): Formats a string using format specifiers.
👉🏻 hash() : Returns the hash value of an object.
👉🏻 int() : Converts a value to an integer.
👉🏻 isinstance(): Returns True if an object is an instance of a given type, and False otherwise.
👉🏻 len() : Returns the length of an object.
👉🏻 list() : Converts an iterable to a list.
👉🏻 map() : Returns an iterator that applies a function to each element of an iterable.
👉🏻 max() : Returns the maximum value of an iterable.
👉🏻 min() : Returns the minimum value of an iterable.
👉🏻 next() : Returns the next element of an iterator.
👉🏻 open() : Opens a file and returns a file object.
👉🏻 ord() : Returns the Unicode code point for a character.
👉🏻 print() : Prints a message to the standard output.
👉🏻 range() : Returns a sequence of numbers.
👉🏻 repr() : Returns a string representation of an object.
👉🏻 round() : Rounds a number to a specified number of decimal places.
👉🏻 set() : Creates a set object.
👉🏻 sorted() : Returns a sorted list from an iterable.
👉🏻 str() : Converts a value to a string.
👉🏻 sum() : Returns the sum of elements in an iterable.
👉🏻 type() : Returns the type of an object.
👉🏻 zip() : Returns an iterator that combines elements from multiple iterables.
👉🏻 abs() : Returns the absolute value of a number.
👉🏻 all() : Returns True if all elements of an iterable are True, and False otherwise.
👉🏻 any() : Returns True if any element of an iterable is True, and False otherwise.
👉🏻 bin() : Converts an integer to a binary string.
👉🏻 bool() : Converts a value to a Boolean.
👉🏻 chr() : Returns the string representation of a Unicode character.
👉🏻 dir() : Returns a list of attributes and methods for an object.
👉🏻enumerate(): Returns an enumerate object, which contains a sequence of tuples containing the index and value of each element of an iterable.
👉🏻 filter() : Returns an iterator for elements of an iterable for which a condition is True.
👉🏻 float() : Converts a value to a floating-point number.
👉🏻 format(): Formats a string using format specifiers.
👉🏻 hash() : Returns the hash value of an object.
👉🏻 int() : Converts a value to an integer.
👉🏻 isinstance(): Returns True if an object is an instance of a given type, and False otherwise.
👉🏻 len() : Returns the length of an object.
👉🏻 list() : Converts an iterable to a list.
👉🏻 map() : Returns an iterator that applies a function to each element of an iterable.
👉🏻 max() : Returns the maximum value of an iterable.
👉🏻 min() : Returns the minimum value of an iterable.
👉🏻 next() : Returns the next element of an iterator.
👉🏻 open() : Opens a file and returns a file object.
👉🏻 ord() : Returns the Unicode code point for a character.
👉🏻 print() : Prints a message to the standard output.
👉🏻 range() : Returns a sequence of numbers.
👉🏻 repr() : Returns a string representation of an object.
👉🏻 round() : Rounds a number to a specified number of decimal places.
👉🏻 set() : Creates a set object.
👉🏻 sorted() : Returns a sorted list from an iterable.
👉🏻 str() : Converts a value to a string.
👉🏻 sum() : Returns the sum of elements in an iterable.
👉🏻 type() : Returns the type of an object.
👉🏻 zip() : Returns an iterator that combines elements from multiple iterables.
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Stage 2 - Study Statistics (Regression, Hypothesis Testing)
Stage 3 - Explore Libraries (Statsmodels, Scikit-learn)
Stage 4 - Implement Basic Statistical Methods (ANOVA, T-tests)
Stage 5 - Build Analysis Pipelines (Reusable Code)
Stage 6 - Add Visualization (Plotly, Matplotlib)
Stage 7 - Validate Results (Real Datasets, Testing)
Stage 8 - Create UI (Dash, Streamlit)
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Stage 3 - Explore Libraries (Statsmodels, Scikit-learn)
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Stage 4 - Generate Reports (Markdown, Notebooks)
Stage 5 - Add Export Options (PDF, HTML)
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Stage 1 - Learn Python (Basics, Pandas, Plotly/Bokeh)
Stage 2 - Study Data Visualization (Charts, Graphs)
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Stage 3 - Build Basic Dashboard (Plotly/Bokeh)
Stage 4 - Add Interactivity (Filters, Tooltips)
Stage 5 - Handle Large Datasets (Aggregation, Caching)
Stage 6 - Develop Responsive UI (CSS, JavaScript)
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Stage 8 - Optimization (Real-Time Processing)
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Stage 1 - Python Basics (OOP, File I/O)
Stage 2 - Music Theory Basics (Notes, Scales, Chords)
Stage 3 - Audio Processing (librosa, pydub)
Stage 4 - Feature Extraction (FFT, Pitch Detection)
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Stage 8 - Optimization (Real-Time Processing)
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Stage 2 - Study Data Cleaning (Duplicates, Null Values)
Stage 3 - Implement Cleaning Functions (Scripts, Pipelines)
Stage 4 - Add User Input Handling (CLI/GUI)
Stage 5 - Test on Real Datasets (CSV, SQL)
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🏆 – Python Data Cleaning Automation
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Stage 3 - Implement Cleaning Functions (Scripts, Pipelines)
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