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Introduction to Python Video Course
course content

Course Content

Introduction to Python Video Course

Introduction to Python Video Course

1. Getting Started
First StepsCommentsSimple Math OperationsGrocery Calculation CapstoneRecap
2. Variables and Types
Data TypesStoring Data in VariablesVariable Naming RulesUsing VariablesString Indexing and LengthString Slicing and ConcatenationInventory Sorting Capstone ChallengeRecap
3. Conditional Statements
Boolean Data TypeCombining ConditionsChallengeMembership Operators and Type ComparisonsConditional ExpressionsCapstone ChallengeRecap
4. Other Data Types
Lists and List MethodsNested ListsChallengeTuples and Tuple MethodsTuple OperationsChallengeDictionaries and Dictionary MethodsCapstone ChallengeRecap
5. Loops
For LoopsWhile LoopsRange FunctionIterating Over IndexesChallengeNested LoopsCapstone ChallengeChallengeRecap
6. Functions
Built-in FunctionsUser Defined FunctionsChallengeFunctions with no `return`Modifying FunctionsCapstone ChallengeRecap

Capstone Challenge

In this challenge, you'll act as a grocery store manager tasked with overseeing weekly stock levels across different aisles and handling daily sales for a popular item.

This scenario requires you to use nested for loops to navigate through product aisles and a while loop to monitor sales until a product needs restocking. It's your job to ensure that the store maintains adequate stock levels and responds to inventory needs promptly.

Task

  1. Initialize the Outer Loop: Set up a for loop to iterate over each aisle using the range() function and len() function to dynamically determine the number of aisles.
  2. Initialize the Inner Loop: Within the outer loop, create another for loop to iterate through each item in the current aisle and display its stock level.
  3. Initialize the while Loop: Use a while loop to simulate daily sales of 'Milk' until stock levels are low enough to trigger restocking.

Task

  1. Initialize the Outer Loop: Set up a for loop to iterate over each aisle using the range() function and len() function to dynamically determine the number of aisles.
  2. Initialize the Inner Loop: Within the outer loop, create another for loop to iterate through each item in the current aisle and display its stock level.
  3. Initialize the while Loop: Use a while loop to simulate daily sales of 'Milk' until stock levels are low enough to trigger restocking.

Switch to desktop for real-world practiceContinue from where you are using one of the options below

Everything was clear?

Section 5. Chapter 7
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Capstone Challenge

In this challenge, you'll act as a grocery store manager tasked with overseeing weekly stock levels across different aisles and handling daily sales for a popular item.

This scenario requires you to use nested for loops to navigate through product aisles and a while loop to monitor sales until a product needs restocking. It's your job to ensure that the store maintains adequate stock levels and responds to inventory needs promptly.

Task

  1. Initialize the Outer Loop: Set up a for loop to iterate over each aisle using the range() function and len() function to dynamically determine the number of aisles.
  2. Initialize the Inner Loop: Within the outer loop, create another for loop to iterate through each item in the current aisle and display its stock level.
  3. Initialize the while Loop: Use a while loop to simulate daily sales of 'Milk' until stock levels are low enough to trigger restocking.

Task

  1. Initialize the Outer Loop: Set up a for loop to iterate over each aisle using the range() function and len() function to dynamically determine the number of aisles.
  2. Initialize the Inner Loop: Within the outer loop, create another for loop to iterate through each item in the current aisle and display its stock level.
  3. Initialize the while Loop: Use a while loop to simulate daily sales of 'Milk' until stock levels are low enough to trigger restocking.

Switch to desktop for real-world practiceContinue from where you are using one of the options below

Everything was clear?

Section 5. Chapter 7
toggle bottom row

Capstone Challenge

In this challenge, you'll act as a grocery store manager tasked with overseeing weekly stock levels across different aisles and handling daily sales for a popular item.

This scenario requires you to use nested for loops to navigate through product aisles and a while loop to monitor sales until a product needs restocking. It's your job to ensure that the store maintains adequate stock levels and responds to inventory needs promptly.

Task

  1. Initialize the Outer Loop: Set up a for loop to iterate over each aisle using the range() function and len() function to dynamically determine the number of aisles.
  2. Initialize the Inner Loop: Within the outer loop, create another for loop to iterate through each item in the current aisle and display its stock level.
  3. Initialize the while Loop: Use a while loop to simulate daily sales of 'Milk' until stock levels are low enough to trigger restocking.

Task

  1. Initialize the Outer Loop: Set up a for loop to iterate over each aisle using the range() function and len() function to dynamically determine the number of aisles.
  2. Initialize the Inner Loop: Within the outer loop, create another for loop to iterate through each item in the current aisle and display its stock level.
  3. Initialize the while Loop: Use a while loop to simulate daily sales of 'Milk' until stock levels are low enough to trigger restocking.

Switch to desktop for real-world practiceContinue from where you are using one of the options below

Everything was clear?

In this challenge, you'll act as a grocery store manager tasked with overseeing weekly stock levels across different aisles and handling daily sales for a popular item.

This scenario requires you to use nested for loops to navigate through product aisles and a while loop to monitor sales until a product needs restocking. It's your job to ensure that the store maintains adequate stock levels and responds to inventory needs promptly.

Task

  1. Initialize the Outer Loop: Set up a for loop to iterate over each aisle using the range() function and len() function to dynamically determine the number of aisles.
  2. Initialize the Inner Loop: Within the outer loop, create another for loop to iterate through each item in the current aisle and display its stock level.
  3. Initialize the while Loop: Use a while loop to simulate daily sales of 'Milk' until stock levels are low enough to trigger restocking.

Switch to desktop for real-world practiceContinue from where you are using one of the options below
Section 5. Chapter 7
Switch to desktop for real-world practiceContinue from where you are using one of the options below
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