(Conversions between feet and meters) Write a module that...

(Conversions between feet and meters) Write a module that contains the following two functions: # Converts from feet to meters def footToMeter(foot): # Converts from meters to feet def meterToFoot(meter): The formulas for the conversion are: foot $=$ meter $/ 0.305$ meter $=0.305 \stackrel{*}{*}$ foot Write a test program that invokes these functions to display the following tables:

(Conversions between feet and meters) Write a module that contains the following two functions:
# Converts from feet to meters def footToMeter(foot):
# Converts from meters to feet def meterToFoot(meter):
The formulas for the conversion are:
foot $=$ meter $/ 0.305$ meter $=0.305 \stackrel{*}{*}$ foot
Write a test program that invokes these functions to display the following tables:

Key Concepts

Control Structures for Iteration

Control structures such as loops enable the repeated execution of code blocks, which is useful for generating systematic outputs like conversion tables. Using loops helps automate the process of applying the conversion formulas to a range of values efficiently.

Testing and Validation

Testing involves running the code with specific inputs to ensure it produces the expected outputs. In this context, a test program is created to invoke the conversion functions and display conversion tables, which helps verify the correctness and reliability of the functionality.

Modular Programming

Modular programming is the practice of dividing a program into separate, independent modules (or files) that group related functions and data together. This promotes maintainability, reusability, and clarity. In this problem, the conversion functions are included in a module which can be imported and used in a test program.

Function Definition

This concept involves creating self-contained blocks of code that perform specific tasks. In the context of the conversion problem, functions are used to encapsulate the logic needed to convert measurements from feet to meters and vice versa, making the code modular and reusable.

Unit Conversion

Unit conversion refers to the process of converting a quantity expressed in one unit to another using a conversion factor. It ensures that measurements remain consistent and comparable across different systems. The problem applies conversion factors to translate between feet and meters.

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