hemavardhang/MohlerASAG huggingface dataset:
Question: What is the inorder traversal of a binary tree?
Instructor answer: Traverse the left subtree, then the root, then the right subtree.
Student answer: you would go to the furthest down left most node, then to the root then to the right (if left and right exist) then you would return one node previous and do the same until you reached the root, then go to the furthest down left most node on the right side of the root and continue this process
Grade: 5 out of 5
Question: What is the inorder traversal of a binary tree?
Instructor answer: Traverse the left subtree, then the root, then the right subtree.
Student answer: it means that you traverse one subtree of a node, then look at the node itself before traversing the other subtree of the node
Grade: 4 out of 5
Question: What is the inorder traversal of a binary tree?
Instructor answer: Traverse the left subtree, then the root, then the right subtree.
Student answer: Level order traversal is a traversal method by which levels are visited successively starting with level 0 (the root node), and nodes are visited from left to right on each level, with Push and Pop methods.
Grade: 2 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: This is on the runtime order of log(n) where n is the number of nodes in the binary tree.
Grade: 5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: In a binary search tree of size 'n' it takes log(n) comparisons to find a specified element.
Grade: 5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: n-1/2 is the algorithm to compare and find an element.
Grade: 2 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: At most its equivalent to the height of the tree.
Grade: 5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: Log(n)
Grade: 5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: O(log n)
Grade: 5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: Depends on what half of the tree and the levels you have.
Grade: 3.5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: O(log n) in balanced trees
Grade: 5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: n-1
Grade: 2.5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: log(n)
Grade: 5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: O(nlog(n))
Grade: 2.5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: nLog(n)
Grade: 2 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: logn
Grade: 5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: at the minimum log(n)/log(2), at the maximum N searches, where N is the number of nodes.
Grade: 4.5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: O(n)
Grade: 3 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: It takes at most 3 comparisons to find and element in a binary search tree
Grade: 1.5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: log (n)   where n equals the number of nodes.
Grade: 5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: it takes as many comparisons as the number of levels of the binary search tree. it only compares one number at each level
Grade: 5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: At most it takes one less comparisons than the tree's height. In big-O notation it takes O(log n) comparisons if the tree is balanced.
Grade: 5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: log n comparisons
Grade: 5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: (n^k)-1   where k is the height of the tree
Grade: 1.5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: it takes h comparisons, where h is the height of the tree
Grade: 5 out of 5
Question: How many comparisons does it take to find an element in a binary search tree?
Instructor answer: The height of the tree (or log of the number of elements in the tree).
Student answer: 2 way key comparison
Grade: 1 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: The name of the class file, the parameters it must take to perform its function.  Also a brief description of what the class does.
Grade: 3 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: access specifiers and functions, oftentimes a constructor.
Grade: 3 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: The elements typically included in a class definition are the function prototypes, usually declared public, and the data members used in the class, which are usually declared private.
Grade: 5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: Class is user defined.  It contains members, data and functions.  The keyword class is used and includes brackets ({})
Grade: 4 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: Member functions and data members.
Grade: 5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: the functions and variables used when the object is defined for the class.
Grade: 4 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: Data members, functions and function definitions, variables.
Grade: 5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: return type and input parameters
Grade: 2.5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: Constructor<br>Data members<br>Methods
Grade: 4.5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: Function members and member attributes, or in other words, the class variables and functions.
Grade: 5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: The elements that are included in a class definition is the access-modifier, data types, variables, and function signatures.
Grade: 4 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: The variables and function prototypes.
Grade: 4 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: public and private variables and initiations of functions included in the class.
Grade: 4 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: The return value and the accepted value.
Grade: 1.5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: A class definition typically includes the class name, the classes constructor(s), and any extra functions and class variables.
Grade: 4 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: Parameters and their type, Class name, and return type, and the code to be executed in the class.
Grade: 3 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: data members, class variables, and functions
Grade: 5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: Constructor, functions, and variables native to the class.
Grade: 4 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: functions and data members
Grade: 5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: data members and function definitions
Grade: 5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: member functions and data members
Grade: 5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: constructor, and function definitions.
Grade: 3.5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: class name<br>data of class<br>definition of functions and methods
Grade: 4.5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: A class definition includes the definitions of the class' constructor(s) and any public or private functions. Of course, it also #includes the class header and any necessary C libraries
Grade: 3 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: Class name, {}, semicoln at the end of the defination, private and bublic followed by ": "
Grade: 3 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: a constructor, private and public variables, and function prototypes
Grade: 4 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: Data variables and Functions, Data members
Grade: 5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: class definitions include the name of the class and type of parameters
Grade: 3 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: class variables, class function prototypes
Grade: 4.5 out of 5
Question: What are the elements typically included in a class definition?
Instructor answer: Function members and data members.
Student answer: input  & return type elements
Grade: 2.5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: Public and private specifiers.
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: Public, Private, Restricted
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: The access specifiers are public and private.
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: public<br>private<br>protected
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: Public or Private.
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: public: the function or variable can be used outside the class<br>private: the function or variable can only be used with the class
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: Public and Private
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: public private and protected
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: Public<br>Private
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: Private, public, protected
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: The access-specifiers that can be used in a C++ class definition is private and public.
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: public and private.
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: static, long, unsigned
Grade: 0.5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: Private, Public, Protected, or Friend.
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: A C++ class definition may include access-specifiers public, private, and static.
Grade: 4.5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: local, global, local-variable, function specific
Grade: 2.5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: public, private
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: Public, protected, and private.
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: private, public
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: public - can be accessed by any of the program<br><br>private - can only be accessed by the class functions themselves and no outside functions or calls
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: public , private, protected
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: public and private
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: public, private, protected
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: functions and data members can be given access-specifications of public, private, and friend. public access is given to any functions or members not given specific access rights.
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: data member or data functions are access specifiers
Grade: 0.5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: public or private
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: public - can be accessed from outside the class<br>private - accessible only from inside the class, not inherited<br>protected - accessible only from inside the class, inherited
Grade: 5 out of 5
Question: What are the access-specifiers that can be used in a C++ class definition?
Instructor answer: Private and public.
Student answer: public private protected
Grade: 5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: ie. GradeBook myGradeBook();<br><br>call upon the class and then give it a name like shown
Grade: 1.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: They are initialized as a named instance of the template formed by the class. This named instance can then be modified to be different from the class that it was created from.
Grade: 3.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: not answered
Grade: 0 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: Objects are initialized by a value given.  When an object is defined for a certain task.<br><br>
Grade: 2.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: They are initialized with a " . " (dot) between the constructor and the object being created.
Grade: 2.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: objectname classname();<br><br>to call a function from the class:<br><br>objectname.funciton();
Grade: 1.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: If the object refers to a class, the constructor(s) will initialize the objects based on return type and parameters passed. Compiler will auto-create one if one is not provided.
Grade: 5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: classname objectname(input parameters);
Grade: 3 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: When the class is called by the Constructor
Grade: 3.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: Constructors; default when not provided by user, or programmer specified constructors.
Grade: 5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: Objects are usually initialized at the beginning of the program and are initialized usually in the main function. They are initialized after the class's name.
Grade: 2.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: &lt;variable type&gt; &lt;variable name&gt;; or, if you want to initialize a variable to a certain value, &lt;variable type&gt; &lt;variable name&gt; = &lt;value&gt;;
Grade: 2.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: variables are set to a given value, or 0 if none is given.
Grade: 1 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: When the object is initialized, its constructor is called (whether one is provided or c++ assigns a default constructor).
Grade: 5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: Objects are initialized essentially as copies of the corresponding classes, complete with their own separate variables.
Grade: 2.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: If you had a class Gradebook, you would initialize it in your main function by use of a constructor in the Gradebook class.  If no constructor is specified or found, c++ will use a default one with no parameters.<br><br>Gradebook myGradebook;<br><br>In this bit of code, the class Gradebook has been initialized as object myGradebook.
Grade: 5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: objects are initialized by stating the classname first then assigning a name to the object. Within the object's ( ) is a place where it can be initialized.
Grade: 3.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: They are initialized with a constructor.
Grade: 5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: The value is specified after declaration,<br><br>It can initialized anywhere between the declaration and the corresponding }.
Grade: 2.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: with the default constructor for that object in its class.  if no constructor is specified, it uses the default system constructor.
Grade: 4.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: initialized using the same name as the class
Grade: 2.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: they are initialized to a value dependent on the compiler
Grade: 1 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: memory is allocated in accordance with their type and initialization input.
Grade: 2 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: Objects are assigned a space in memory when they are created. the name given to the object points to the memory address where the objects data resides.
Grade: 1 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: using constructor
Grade: 5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: by giving them a value
Grade: 1.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: By declaring the class first, the name of the variable, and then any variables that need to be put in the constructor.<br><br>Ex. Class myClass(x, y)
Grade: 5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: objects are initialized by giving the object a type, name, and initial value
Grade: 2.5 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: they are initialized to 0
Grade: 1 out of 5
Question: How are objects initialized when they are created?
Instructor answer: By using constructors.
Student answer: obj. are initialized by the variables that call them, when they are created within a class. <br><br>e.i. classname objectname etc.
Grade: 2.5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: Name of the function, parameters it must receive in order to perform and a return type.
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: a function signature is the elements that make it unique such as the variables it calls for and also I suppose this includes the program it is in.
Grade: 4 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: A function signature is the return type of a function, its name, and the number and type of its parameters.
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: function prototype that contains functions and data members.
Grade: 3 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: A function signature is a declaration of the function that includes the parameter types and the number of parameters.
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: the declaration of the function.
Grade: 2.5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: Includes the name, accepted parameters, and return type.
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: its return type and its input parameters
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: Contains the function name and its paramaters.  The return type is not included
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: Return type, function name, and the parameter types
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: The function signature tells what the function parameters and includes all the function calls
Grade: 4 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: The function's name, as well as what it returns and what it accepts.
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: the body of the function that holds all the actual code
Grade: 2 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: A function signature is the return type and accepted pass value type it takes
Grade: 3.5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: A function signature specifies the name and input variables of a function.
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: A function signature is the function's parameters and their type and the name of the function.  The return type is not a part of the function signature.
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: the name of the function and what it accepts/ returns
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: the unique identifier of a function, which includes input variables along with the function name, but excludes the output type.
Grade: 4.5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: The order, number, and type of data items included inside the function parameters.
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: its the scope, type, and parameters of that function that give it it's properties and defines it against other functions.
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: is the name of the fuction, return type, and parameters that are being used
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: a function signature should include the name of the function, parameters, and a body.
Grade: 4 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: the name of the function and the arguments passed to that function
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: A function signature, used in a function's prototype, is the set of object types it take in as parameters, with or without names given for the objects.
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: function name and parameter are called function signature.
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: fuction name and parameters
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: The parameters needed, the return type, and name of the function.
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: the signature of a function includes the name of the function, the number and types of parameters, and the return type
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: It is what uniquely separates overloaded functions. It includes the return type, and the parameter list of the function.
Grade: 5 out of 5
Question: What is a function signature?
Instructor answer: The name of the function and the list of parameters, including their types.
Student answer: function sig is, is what is the class recognizes as the main function, or rather its specification
Grade: 2 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A function that calls upon it self to solve a problem.  Each time it calls upon it self it splits up a problem into a simplier form until it reaches a 'base case' which is the most simplest form of the problem.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A function that calls itself to perform an opperation such as a factorial recursive function.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: not answered
Grade: 0 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A base case that calls upon itself until the problem becomes smaller and terminates.
Grade: 4 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: It's a function that calls itself. It runs multiple times until the base case is reached.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: a function that calls itself untill it reaches a base case.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A function that calls itself. Each time it does, it must get smaller, and eventually MUST converge to a base case, otherwise you can start an infinite loop.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: a function that calls itself until a base case is met
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A function that calls itself. With each function call the problem is diminished.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A function that calls itself to perform a certain task
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A recursive function is a function that calls itself. Usually called the base case. If the base case is not correct it causes a infinite loop.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A function that calls itself, in order to solve a problem.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: a function that calls itself over and over until it finds the simplest form of solution, or the base case.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A recursive function is a function that calls itself repeatedly until a base case is achieved. The fundamental idea is to break one large problem into a series of smaller, similar problems.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A recursive function typically simplifies a problem by calling itself, until arriving at a base case, at which it recursively returns a solution.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A recursive function is a function that breaks down a large problem into two or more smaller problems and calls itself to solve those smaller problems until a base case or terminating point is reached.  At the base case, a definite answer is called and the function no longer recurses, but unwinds itself back through function calls to determine the answer to the original large problem.
Grade: 4.5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: a function that calls itself into a loop with a base case for a loop exit.
Grade: 4 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: a function that calls itself until the base cases are met.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A recursive function only knows how to solve base cases<br><br>A recursive function calls itself directly or indirectly until a base case is reached.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: a function that calls on itself and uses a base case to stop the recursion
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: a function that calls itself, and which eaach calls get closer and close to the base case.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A function that divides and conquers a problem.  There is a base case that will eventually be reached.  The function calls itself over and over until the base case is satisfied.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: a function that calls itself in the definition code
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A recursive function solves a problem by repeatedly calling itself. the initial problem is broken into successively smaller parts until a much simpler base case is reached. the solutions to each piece of the problem are then returned a step at a time.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: It invoke by itself again ana again, unless it reach bas case
Grade: 4.5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: a function that solves a problem by dividing the problem into smaller problems, by calling its self again and again, until a base case is reached.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A function that calls itself over and over again till a base case is reached, then it returns back to the original function.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: a recursive function is a function that during execution, calls itself over and over until a base case is reached
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: A function that calls itself. Usually used to split a problem into several smaller problems of the same type.
Grade: 5 out of 5
Question: What is a recursive function?
Instructor answer: A function that calls itself.
Student answer: function that calls it self till the base case is met
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: Iteration, performers  a series of checks and loops.
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: The alternative method is to use loops in the program instead of a function which calls itself.
Grade: 4 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: An alternative to solving a problem using recursive functions is to solve the problem using iteration.
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: Iteration, this would be more efficient and has repetition structure.
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: One can use iteration or by using a simple while/for loop.
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: iteration
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: Iteration. A while loop or a for loop will be able to accomplish the same desired outcome... It may be faster than recursion, but could also be harder to understand.
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: you can also solve the problem iteratively
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: iterative
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: Using iteration loops.
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: Another alternative way to solve a problem instead of using recursive functions is by using iteration.
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: A recursive function can often be solved using an iterative function, which runs faster, but is often more complicated.
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: Any recursive function can be solved using an iterative method.
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: Many recursive solutions may also be solved with looping control statements, such as while, for, do-while, etc.
Grade: 4 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: Using an iterative function, which repeats a specified operation or set of operations until a terminating point or base case is reached.
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: iteratively
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: using an Iterative calls
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: Iteration.
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: iteration is the alternative way to solve a problem
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: using an iterative solution instead
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: Using an iterative solution.  For, while, or do while loop.
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: the alternative way to solve a problem that could be solved using recursion is iteration.
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: Any problem solved recursively could be solved with an iterative function.<br>Iterative replacements for recursive functions may be more difficult to program, but often lead to more efficient solutions to a problem.<br>
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: by iteration
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: itteration, like a for loop, a while loop, or a do while loop
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: Iteration by using loops
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: iterative functions
Grade: 5 out of 5
Question: What is the alternative way to solve a problem that could be solved through recursive functions?
Instructor answer: Through iteration.
Student answer: the alt, way is to use a functions parameter in a call "to" function.
Grade: 3 out of 5