Sub Routines(Functions & Procedures) Lowersixth Science Computer Science

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Test your knowledge on functions and scope.

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Sub Routines(Functions & Procedures) Lowersixth Science Computer Science


Sub Routines(Functions & Procedures) Lowersixth Science Computer ScienceVersión en línea Test your knowledge on functions and scope. por YAKILI LMS 1 A function can be called from another function. Yes No 2 A function must always return a value. Yes No 3 Factorial of 6 is 500. Yes No 4 A function can have parameters that receive values when called. Yes No 5 A local variable inside a function is not accessible outside. Yes No 6 A recursive function cannot terminate. Yes No 7 The scope of a local variable lasts beyond the function end. Yes No 8 A swap can only be performed with three variables. Yes No 9 Global variables can cause side effects when modified inside functions. Yes No 10 The factorial function increases indefinitely with fixed n. Yes No 11 A language without semicolons cannot have functions. Yes No 12 In C, you never pass parameters by value. Yes No 13 Prototypes are required in all programming languages. Yes No 14 Calling a function twice in a row makes the code compile twice. Yes No 15 Functions help reuse code by encapsulating tasks. Yes No 16 In Python, you must declare a function before its first use in all cases. Yes No 17 You can implement factorial either iteratively or recursively. Yes No 18 A function cannot have more than one parameter. Yes No 19 The factorial of 0 is 2. Yes No 20 A function can return a value to its caller. Yes No 21 Local variables must be declared as global in Python. Yes No 22 Recursive functions require a base case to stop recursion. Yes No 23 A local variable can be accessed from any other function directly. Yes No 24 Local variables disappear after the function ends. Yes No 25 Global variables are always thread-local. Yes No 26 A function with no parameters cannot be called. Yes No 27 Global variables cannot be shadowed. Yes No 28 The factorial of 0 is defined as 1. Yes No 29 You cannot declare variables inside a function. Yes No 30 A function call transfers control to the function and returns after it finishes. Yes No 31 A factorial function computes the product 1×2×...×n. Yes No 32 The return statement is optional in all languages. Yes No 33 Negative numbers factorial are defined for all negative integers. Yes No 34 The swap operation can be implemented using a temporary variable. Yes No 35 A local variable must be initialized before use in all languages. Yes No 36 Parameters are never used inside a function. Yes No 37 A function cannot have default parameter values. Yes No 38 A function may have default parameter values in some languages. Yes No 39 The factorial of 5 is 50. Yes No 40 Local variables are created at program start. Yes No 41 A global variable is always stored in the heap. Yes No 42 Global variables cannot be read by any function. Yes No 43 A function cannot be assigned to a variable. Yes No 44 Global variables can be read by any function in the program. Yes No 45 A swap operation cannot use a temporary variable. Yes No 46 You can only define a function at the top level, not inside other functions in any language. Yes No 47 Declaring a variable inside a function makes it local by default. Yes No 48 A function cannot call another function. Yes No 49 A function call is always slower than any loop. Yes No 50 A function name is not allowed to be the same as a variable name in the same scope. Yes No

Sub Routines(Functions & Procedures) Lowersixth Science Computer Science

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Preguntas sobre futbol para niños

Sub Routines(Functions & Procedures) Lowersixth Science Computer ScienceVersión en línea

por YAKILI LMS

A function can be called from another function.

A function must always return a value.

Factorial of 6 is 500.

A function can have parameters that receive values when called.

A local variable inside a function is not accessible outside.

A recursive function cannot terminate.

The scope of a local variable lasts beyond the function end.

A swap can only be performed with three variables.

Global variables can cause side effects when modified inside functions.

The factorial function increases indefinitely with fixed n.

A language without semicolons cannot have functions.

In C, you never pass parameters by value.

Prototypes are required in all programming languages.

Calling a function twice in a row makes the code compile twice.

Functions help reuse code by encapsulating tasks.

In Python, you must declare a function before its first use in all cases.

You can implement factorial either iteratively or recursively.

A function cannot have more than one parameter.

The factorial of 0 is 2.

A function can return a value to its caller.

Local variables must be declared as global in Python.

Recursive functions require a base case to stop recursion.

A local variable can be accessed from any other function directly.

Local variables disappear after the function ends.

Global variables are always thread-local.

A function with no parameters cannot be called.

Global variables cannot be shadowed.

The factorial of 0 is defined as 1.

You cannot declare variables inside a function.

A function call transfers control to the function and returns after it finishes.

A factorial function computes the product 1×2×...×n.

The return statement is optional in all languages.

Negative numbers factorial are defined for all negative integers.

The swap operation can be implemented using a temporary variable.

A local variable must be initialized before use in all languages.

Parameters are never used inside a function.

A function cannot have default parameter values.

A function may have default parameter values in some languages.

The factorial of 5 is 50.

Local variables are created at program start.

A global variable is always stored in the heap.

Global variables cannot be read by any function.

A function cannot be assigned to a variable.

Global variables can be read by any function in the program.

A swap operation cannot use a temporary variable.

You can only define a function at the top level, not inside other functions in any language.

Declaring a variable inside a function makes it local by default.

A function cannot call another function.

A function call is always slower than any loop.

A function name is not allowed to be the same as a variable name in the same scope.