q22- Which of the following claims about modular programming is false? a. In small projects, modular programming can only be achieved through the use of Python modules. b. Modular programming can save a lot of development time in the future. c. Defining and using self-contained functions is an example of modular programming. d. Modular programming makes it easier to extend the functionality of a program in the future.

q22- Which of the following claims about modular programming is false? a. In small projects, modular programming can only be achieved through the use of Python modules. b. Modular programming can save a lot of development time in the future. c. Defining and using self-contained functions is an example of modular programming. d. Modular programming makes it easier to extend the functionality of a program in the future.

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter3: Understanding Structure

Section: Chapter Questions

Problem 19RQ

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QUESTION 10 Which one of the following is the use of function in python? A. Functions are reusable pieces of programs B. All of the mentioned C. Functions don’t provide better modularity for your application D. you can’t also create your own functions
Question text Which of the following is the use of function in python? a. Functions are reusable pieces of programs b. Functions don’t provide better modularity for your application c. you can’t also create your own functions d. All of the mentioned (Python3)
39- Which one of the following options best describes a good reason to define functions when writing a program? a. To DRY your module expressions with improved variable statements and constant definitions. b. To please your lecturer, impress your friends, and reverse hair loss. c. To make it easier to modify the code in the future. d. Because functional programming is the only way to write software.
Using python, define the following function This function must return the task status for a particular task from a checklist. There's the possibility that the task specified is invalid (in this case, because it isn't in the checklist). In that case, taskStatus must print a specific message , and must return None. Define taskStatus with 2 parameters Use def to define taskStatus with 2 parameters Use a return statement Within the definition of taskStatus with 2 parameters, use return _ in at least one place. Do not use any kind of loop Within the definition of taskStatus with 2 parameters, do not use any kind of loop. Example input: In []: taskStatus({'Task 1':False,'Task 2':True},'Task 1') Out[]: False
Using python, define the following function This function must return the task status for a particular task from a checklist. There's the possibility that the task specified is invalid (in this case, because it isn't in the checklist). In that case, taskStatus must print a specific message , and must return None. Define taskStatus with 2 parameters Use def to define taskStatus with 2 parameters Use a return statement Within the definition of taskStatus with 2 parameters, use return _ in at least one place. Do not use any kind of loop Within the definition of taskStatus with 2 parameters, do not use any kind of loop.
Define and implement the following functions using a C project structure: int sum(int x, int y) - returns the computed sum of two numbers x and y int diff(int x, int y) - returns the computed difference of two numbers x and y. Make sure that the larger number is deducted by the smaller number to avoid a negative answer int prod(int x, int y) - returns the computed product of two numbers x and y float quot(int x, int y) - returns the computed quotient of two numbers x and y. Make sure that the larger number is always the numerator and divided by the smaller number to avoid division by zero error. int mod(int x, int y) - returns the computed remainder of two numbers x and y using the modulo operator % Create a main function in another file to test your functions.
When is the body of a function executed? A. When the function is defined B. When the program begins to run C. When the function is called D. Shortly after it is convicted Which selection below best answers the question, "How many parameters can a function have?" A. zero or more B. one or more C. none D. up to five How is the body of a function defined? A. The body of a function must be registered at python.org B. By placing the code between the 'def' and 'end' statements C. By surrounding the code immediately following the 'def' statement with curly braces '{}' D. By indenting the lines of code immediately following the 'def' statement
python only** define the following function: This function must return the task status for a particular task from a checklist. These examples for taskStatus demonstrate how it works. As with addTask, there's the possibility that the task specified is invalid (in this case, because it isn't in the checklist). In that case, taskStatus must print a specific message ("That task does not exist."), and must return None. Define taskStatus with 2 parameters Use def to define taskStatus with 2 parameters Use a return statement Within the definition of taskStatus with 2 parameters, use return _ in at least one place. Do not use any kind of loop Within the definition of taskStatus with 2 parameters, do not use any kind of loop.
1. Which statement best describes the purpose of the NumPy package? a)To provide a library of functions that efficiently implement complex mathematical operations b) To make designing and training deep learning models efficient/easier c) To make storage and manipulation of large amounts of numerical data easy d) To generate custom plots of data e) To store massive amounts of all types of data (more than plain Python can handle) 2. Which statement best describes the purpose of the Matplotlib package? a)To generate custom plots of data b)To make designing and training deep learning models efficient/easier c)To provide a library of functions that efficiently implement complex mathematical operations d)To make storage and manipulation of large amounts of numerical data easy e)To store massive amounts of all types of data (more than plain Python can handle)
Using C++, program a banking/atm system using functions objects and classes. Make a table which asks for the users name and ID. Use comments within the code to help declare and explain how everything works. Specifications: Make sure that the code is 115-130 lines Make sure that the output has at least 5 parts (Make output neat and somewhat long/descriptive please) Make sure the code is of an intermediate coders knowledge (use average knowledge of c++) Whatever code you write must be modularized (MUST use of functions, classes, objects ). Explain everything through comments within the code please.
Invent your own function that does some useful computation of your choosing. Do not copy the function from somewhere else. Use incremental development, and record each stage of the development process as you go. Finally, print output that demonstrates that the function works as you intended. Include all of the following in your Learning Journal: An explanation of each stage of development, including code and any test input and output. The output of three calls to your function with different arguments. The code and its output must be explained technically. The explanation can be provided before or after the code, or in the form of comments within the code. For code modification type of questions, always mention or clearly highlight the part which is modified, along with the reason stated, as a code comment. The descriptive part of your response must be at least 200 words. If you use an informational source, be sure to identify the source and share the link to the source you…
Local declarations are those that are stored in the computer's memory, but how are they stored? Using local declarations is unnecessary if the same goal can be accomplished without them. When reference parameters may be used in any function, why bother with value parameters? When it comes to processing programme data, how important are value parameters?