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CHALLENGE ACTIVITY 6.5.1: Function call in expression.   Assign max_sum with the greater of num_a and num_b, PLUS the greater of num_y and num_z. Use just one statement. Hint: Call find_max() twice in an expression. Sample output with inputs: 5.0 10.0 3.0 7.0 max_sum is: 17.0

CHALLENGE ACTIVITY 6.5.1: Function call in expression.   Assign max_sum with the greater of num_a and num_b, PLUS the greater of num_y and num_z. Use just one statement. Hint: Call find_max() twice in an expression. Sample output with inputs: 5.0 10.0 3.0 7.0 max_sum is: 17.0

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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CHALLENGE ACTIVITY
6.5.1: Function call in expression.
 
Assign max_sum with the greater of num_a and num_b, PLUS the greater of num_y and num_z. Use just one statement. Hint: Call find_max() twice in an expression.

Sample output with inputs: 5.0 10.0 3.0 7.0
max_sum is: 17.0
The image contains a Python code snippet for a function that finds the maximum of two numbers. Below is a transcription of the code, which is designed to be user-friendly for educational purposes. ```python def find_max(num_1, num_2): max_val = 0.0 if (num_1 > num_2): # if num1 is greater than num2, max_val = num_1 # then num1 is the maxVal. else: # Otherwise, max_val = num_2 # num2 is the maxVal. return max_val max_sum = 0.0 num_a = float(input()) num_b = float(input()) num_y = float(input()) num_z = float(input()) ''' Your solution goes here ''' ``` ### Explanation of the Code 1. **Function Definition**: - `find_max(num_1, num_2)`: This function takes two arguments, `num_1` and `num_2`. It finds and returns the maximum of these two numbers. 2. **Variable Initialization**: - `max_val = 0.0`: Initializes a variable `max_val` to store the maximum value found between `num_1` and `num_2`. 3. **Conditional Logic**: - An `if` statement checks if `num_1` is greater than `num_2`. If so, `max_val` is assigned the value of `num_1`. Otherwise, `max_val` is assigned the value of `num_2`. 4. **Return Statement**: - `return max_val`: The function returns the maximum value, which is stored in `max_val`. 5. **User Input**: - The code reads four floating-point numbers from the user, stored in `num_a`, `num_b`, `num_y`, and `num_z`. 6. **Comment**: - `''' Your solution goes here '''`: A placeholder for additional code or solution. 7. **Execution**: - At the bottom, there's an interactive "Run" button to execute the code. ### Diagram/Graph Explanation There are no diagrams or graphs included in this code snippet; it is purely textual. This code is ideal for educational use, especially for understanding basic functions and conditional logic in Python.
Transcribed Image Text:The image contains a Python code snippet for a function that finds the maximum of two numbers. Below is a transcription of the code, which is designed to be user-friendly for educational purposes. ```python def find_max(num_1, num_2): max_val = 0.0 if (num_1 > num_2): # if num1 is greater than num2, max_val = num_1 # then num1 is the maxVal. else: # Otherwise, max_val = num_2 # num2 is the maxVal. return max_val max_sum = 0.0 num_a = float(input()) num_b = float(input()) num_y = float(input()) num_z = float(input()) ''' Your solution goes here ''' ``` ### Explanation of the Code 1. **Function Definition**: - `find_max(num_1, num_2)`: This function takes two arguments, `num_1` and `num_2`. It finds and returns the maximum of these two numbers. 2. **Variable Initialization**: - `max_val = 0.0`: Initializes a variable `max_val` to store the maximum value found between `num_1` and `num_2`. 3. **Conditional Logic**: - An `if` statement checks if `num_1` is greater than `num_2`. If so, `max_val` is assigned the value of `num_1`. Otherwise, `max_val` is assigned the value of `num_2`. 4. **Return Statement**: - `return max_val`: The function returns the maximum value, which is stored in `max_val`. 5. **User Input**: - The code reads four floating-point numbers from the user, stored in `num_a`, `num_b`, `num_y`, and `num_z`. 6. **Comment**: - `''' Your solution goes here '''`: A placeholder for additional code or solution. 7. **Execution**: - At the bottom, there's an interactive "Run" button to execute the code. ### Diagram/Graph Explanation There are no diagrams or graphs included in this code snippet; it is purely textual. This code is ideal for educational use, especially for understanding basic functions and conditional logic in Python.
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