Harsh-7300/dataset huggingface dataset:
Question: How heap can it be used to represent a priority queue?
Reference answer: A priority queue is a different kind of queue, in which the next element to be removed is defined by (possibly) some other criterion. The most common way to implement a priority queue is to use a different kind of binary tree, called a heap. A heap avoids the long paths that can arise with binary search trees.

Student answer: C is a raw language, we don't have any predefined library for stacks, so there are some ways by which we can implement stack are by using array, by using linked list, by using doubly linked list.
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Student answer: by creating a min heap we can represent heap as priority queue,
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Student answer: In threaded binary tree the next element at the root node can be visited without visiting the parent of the next node
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Student answer: we create a heap pointer and define the variables and by making the function call in priority queue we access heap 
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Student answer: heap can be used as the set priority asscending\\descending is stored with bthe heap and the heap is used as a min\\max heap to run as a queue.
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Student answer: minimum heap, maximum heap. 
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Student answer: A heap can be used as a priority queue by heaping it to make a min heap priority queue or max heap priority queue i.e. by applying the heapify and getting our desired priority queue
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Student answer: we can use min heap and max heap to represent it as priority queue .as in min heap .smallest element represents the parent node and every node connected to it called as child node and we can easily find the minimum element from that heap and vice versa in ma heap.
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Student answer: heap can be used to represent priority queue as priority queue stores data in ascending or descending way which can be done by using max heap and min heap
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Student answer: A minheap has minimum element on its top, so it can be used to implement priority queue which wants smallest element on the top.
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Student answer: by using max heap min heap
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Student answer: root elements are directly connected to the left and right most child  of the tree
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Student answer: by using min heap.
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Student answer: yes heap can be used to represent priority queue
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Student answer: A heap can be of two kinds min heap and max heap. Therefore it can be used to represent a priority queue because whenever we access the root of the heap we will be accessing the minimum or the maximum element based on the type. Therefore making it a priority queue.
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Student answer: In heap if we store the elements according to the priority first come first serves (as per the FIFO principle of queue) then it will represent a priority queue.
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Student answer: we can  make an min or max heap according to the given priority and heapify it after every extraction of the top element\nso the highest priority element is always at the top and extracted first.
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Student answer: Advantage of threaded binary tree is the 
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Question: How heap can it be used to represent a priority queue?
Reference answer: A priority queue is a different kind of queue, in which the next element to be removed is defined by (possibly) some other criterion. The most common way to implement a priority queue is to use a different kind of binary tree, called a heap. A heap avoids the long paths that can arise with binary search trees.

Student answer: heaps always use the technique wherein we either keep the larger element on the top of the child nodes or the smaller one hence it uses a priority that either the maximum element remains at the top or the smallest elements remains at the top.
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Student answer: A heap can be used to represent a priority queue as a min heap or max heap.
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Student answer: priority_queue(pair<int,int>,vector<pair<int,int>>);\nThis is max heap.
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Student answer: priority queue is basically a queue but the elements are sorted in according to their priorities be it their weight, value etc. if we sort the heap in such a way that its traversal gives a sorted array then we can use it as a priority queue
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Student answer: heap can be used to represent priority queue as both give sorted form of an array and perform operations like insertion and deletion
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Student answer: As priority queue means that it will give the element on the bases of a priority and which property is implemnted by the heap and hence we use it
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Student answer: by using stl priority_queue<int*>pq\nin this we just use min heap or max heap but consider the priorities of the elements
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Student answer: we can make min heap or max heap by setting the priority .
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Student answer: \n2. We can implement stack using an array , by creating functions of stack like \
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Student answer: A Heap data structure can be used to represent a priority queue
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Student answer: every item has its priority associated with it \nelement with high priority is selected to be dequeued rather than low priority element
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Student answer: Heap can be used to represent a priority queue by introducing the heap sort function. it can be modified and conditions be set to make the priority queue min or max type. 
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Student answer: By forming a heap data structure and adding the elements in a sorted manner a priority queue can be represented.
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Student answer: An element with high priority is dequeued before an element with low priority. If two elements have the same priority, they are served according to their order in the queue
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Student answer: heap can be used to represent a priority queue . There can two types of heap according to there descends :a)min heap b)max heap\nMin heap sorts the array by ascending order and max heap sorts by descending order
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Student answer: A type of queue which has double enda like the data can be inserted and extracted from both the side there is no single direction to do that.
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Question: How heap can it be used to represent a priority queue?
Reference answer: A priority queue is a different kind of queue, in which the next element to be removed is defined by (possibly) some other criterion. The most common way to implement a priority queue is to use a different kind of binary tree, called a heap. A heap avoids the long paths that can arise with binary search trees.

Student answer: min heap and max heap can be used to represent a priority queue because with the help of min or max heap we can get the minimum element or maximum element from an array.
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Student answer: we can build a minheap in which the least element are at the bottom and the maximum ones are at the top
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Student answer: Max heap can be used to represent a priority queue as it always return the max element from the list
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Student answer: The main aim of a priority que is to make sure that the element that has the most priority should be accessed first . For eg if we require the next smallest element in every iteration every time we can represent priority que by making min heap . In min heap the parent is always smaller than the child. And we can easily access he data.
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Student answer: we can buid a minheap where the least element are at the bottom and the minimum ones are at the top
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Student answer: Heaps are used to implement priority queue as we need to access element according to their priority such as min first then second min and so on . So min heap is used in that case to find min first then second min as it contains min at root and if we want second min we delete min and call heapify function to get second min.
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Student answer: min heap used when elements in priority queue arranged in ascending order and maxheap used when elements in priority queue arranged in descending order.
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Student answer: a heap can be used to implement priority queue. priority queue means to remove elements on the basis of priority. Using a min heap, a min priority queue is implemented and the minimum element can be consequently deleted from the first index without having to find it in the entire structure.
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Student answer: we can use a heap and it will keep the min element in the top and pop it if needed\nand these are the functions need in priority queue
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Student answer: we implement Priority queue using Heap data structure as priority queue is the stl version of heap\npriority queue is also used to find the kth largest and kth smallest of any data 
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Student answer: double ended queue is a data structure in which the traversal and accessing of data can take place from both the ends of the queue
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Student answer: We can use heaps to implement the priority queue. It will take O(log N) time to insert and delete each element in the priority queue. Based on heap structure, priority queue also has two types max- priority queue and min - priority queue.
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Question: How heap can it be used to represent a priority queue?
Reference answer: A priority queue is a different kind of queue, in which the next element to be removed is defined by (possibly) some other criterion. The most common way to implement a priority queue is to use a different kind of binary tree, called a heap. A heap avoids the long paths that can arise with binary search trees.

Student answer: Queue - FIFO, when we give special priority while storing - FIFO of the prioritized data. \nAs explained above, Heap can store data in a way that the next data is always either smaller/larger than the previous data. Thus we are prioritizing the extraction of one value over the other. This is how heap can be used to represent a priority queue.
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Student answer: A priority queue has an special characteristic where the 1st element of the priority queue is the minimum element in the queue.\nPriority queue uses Min-heap property of the Heap where the root element is minimum element.
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Student answer: Heap is used to represent a priority queue by arranging queue elements on basis of there maximum or minimum priority and then it can be easily implemented to access requires element according to their priority.
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Student answer: Heap can be used to represent a priority queue by arranging the elements on the basis of their max or min priority.
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Student answer: priority queue is of 2 type min priority que and max priority que so we use min and max heap to build priority queue
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Student answer: by arranging the elements according to the maximum and minimum priority
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Student answer: elements can be entered from both ends of the queue 
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Student answer: we can use min or max heap to store the data in priority queue to store it in increasing or decreasing order.
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Student answer: In a heap the elements are placed according to the criteria that root node is minimum . In a priority queue we just follow a fixed criteria for each node where the node greater is placed left/right and vice versa. The heap is formed using heapify.
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Student answer: priority queue can be implemented by using a heap data structure  in which data is stored in ascending order .i.e. when we call heapify function ,we apply a condition such that the heap is constructed in an scending order fashion.

Student answer: heap is also like a queue so it represent as a priority queue

Student answer: Using STL, or arrays.

Student answer: In priority queue we pop out elements according to the user's wish hence we can create a heapify function accordingly and can create a tree on the basis of priority queue.

Student answer: priority queue is basically minheap or maxheap

Student answer: Heap is used to insert an array in a priority queue

Student answer: Heaps can represent priority queue as higher priority or greater valued data goes to the right and low valued data goes to the left. Just like in a priority queue.
Question: How heap can it be used to represent a priority queue?
Reference answer: A priority queue is a different kind of queue, in which the next element to be removed is defined by (possibly) some other criterion. The most common way to implement a priority queue is to use a different kind of binary tree, called a heap. A heap avoids the long paths that can arise with binary search trees.

Student answer: Heap can be used to represent a priority queue when all the elements in queue are arranged in a sorted manner using heap sort. Such that root node contains the smallest element and left node contains the smaller and right node contains the greater element.

Student answer: we cna use max heap to represent a priority queue because after deletion the whole max heap is updated acc to new max element and exactly this is used in priority queue

Student answer: as heaps have root node as max or min element they can be used .

Student answer: Heap actually utilizes a simple array to represent a priority queue, a particular element at i-th index can have 2 children at 2i+1 and 2i.

Student answer: we use max heap to represent the priority queue

Student answer: because it also extracts minimum  or max element like heap.

Student answer: by extracting values from heap

Student answer: in priority queue elements are sorted in increasing order \nheap can be used as it contains smaller to parent node element in left and larger on the right side

Student answer: We can create a max heap according to the prirority of the element and by deletion we can insert that element in priroity queue.

Student answer: just like priority queue min-heap also compares the element with

Student answer: heap is based on the performing of index   And in priority queue  all the data structures are classified int priority.

Student answer: Heap can be used to represent the priority queue when heap could be arranged according to the priority of the data/elements rather than minimum or maximum.\nThereby we can access the data according to the priority of them.

Student answer: It will take O(log N) time to insert and delete each element in the priority queue.

Student answer: heap can be used as priority queue as by forming min heap or max heap as per your choice and then storing it in a queue in this way all elements can be traversed

Student answer: By using Heap, insertion and deletion it will take place in O(log N) time.

Student answer: when we delete element from a heap we store it in the priority queue giving us the heap in priority queue.

Student answer: to delete elemet and and in que is called priority queue

Student answer: min heap can be used.

Student answer: Yes, Heap can be used to represent a priority queue.\nAssuming that the value contained by the node is it's priority\nWhen we enter the element or remove the element in the heap, we can use the heapify method or basic head add and remove methods to show and add the new elements, and as all the elements would be sorted in the heap according to the priority , when we see the top most node of the heap , we can find the node with maximum priority or the node with minimum priority depending on the heap
Question: How heap can it be used to represent a priority queue?
Reference answer: A priority queue is a different kind of queue, in which the next element to be removed is defined by (possibly) some other criterion. The most common way to implement a priority queue is to use a different kind of binary tree, called a heap. A heap avoids the long paths that can arise with binary search trees.

Student answer: a queue which is empty and  in that we add elements one by one  by deleting from heap one by one.

Student answer: we use the heap data structure to maintain a priority queue\n

Student answer: We use heap data structure to maintain priority queue with the root node starting with the most prior value or input continuing with the heirarchy to it sub nodes.\n

Student answer: faster access or insertion and delete

Student answer: compression of data.

Student answer: min heap could be used to represent priority queue

Student answer: whatever we add the values in the heap, and take them out one by one from heap, we can add them the queue.
Question: Define biconnected graph.
Reference answer: A connected undirected graph is biconnected if there are no vertices whose removal disconnects the rest of the graph.

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Student answer: when the graph is connected in two ways i.e we can travel either way it is biconnected graph
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Student answer: when two different graphs   connected to each other to make traversal easy from both direction 
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Student answer: A biconnected Graph is a graph in which node and destination traverse from their own links thus reducing time complexity by half
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Student answer: Biconnected graph is a type of graph in which the nodes are interlinked where there is an edge. So we can access both of the elements in an edge.
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Student answer: The graph where if we can go one node to another then we also return back to the first one like a bidirectional graph 
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Student answer: biconnected graph is connected graph having no particular vertices. 
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Student answer: its a connected graph which does not have any vertices.
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Student answer: graph which don't have any vertices is called biconnected graph
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Student answer: A biconnected graph is an undirected graph that has two vertex-disjoint paths between any two vertices
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Student answer: If the two graph are connected to each other by a single edge such that on removing the edge they split into two graph , these graphs are known as bidirected graph.
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Student answer: A biconnected graph is a graph in which a single node is common and on the removal of that bode we get the two different graphs separately. 
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Student answer: Biconnected graphs are those which connects two graphs with  single edges forming a bridge like structure.
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Student answer: A biconneced graph is a graphical structure in which removing an edge could lead to the creation of two separate graphs. 
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Student answer:  a graph interconnected to itself from two different nodes is called biconnected graph .\na biconnected graph can be broken into two separate graphs.
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Student answer: A biconnected graph is one where one edge acts a bridge between two graphs which would become two disconnected graphs if we were to remove the edge from there.
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Student answer: biconnected graph is the graph in which their is a edge or bridge between two vertex. all the connected graph are complete in themselves.
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Student answer: Biconnected graph is the graph in which atleast two vertices of the graph have 2 multiple edges. The number of edges between any two vertices cannot exceed 2 in the case.
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Student answer: When Two separate connected cyclic graphs , are connected together via an edge then it is called a biconnected graph.
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Student answer: bi connected graph is basically two complete graphs with a  complete cycles connected with each other through edges making it a complete graph.
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Question: Define biconnected graph.
Reference answer: A connected undirected graph is biconnected if there are no vertices whose removal disconnects the rest of the graph.

Student answer: Heap can be used to represent a priority queue by doing the extraction operation on it. extraction of elements from heap results in priority queue. 
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Student answer: biconnected graph is a graph where every edges have a connection with every other edges
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Student answer: A graph which has two edges at each vertex is biconnected graph.
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Student answer: A graph in which any two nodes are connected in both the directions is called a biconnected graph. For example in a graph of three nodes, 1->2 and 2->1, 1->3 and 3->1, 2->3 and 3->2. 
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Student answer: A graph which is connected in both the directions is called a biconnected graph.  A vertex is connected to the edges on both neighboring vertices. .
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Student answer: A graph that is connected in two the direction is called biconnected graph.
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Student answer: A biconnected graph is one which has double edges only.
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Student answer: the graph which is connected from both the directions 
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Student answer: two different graph having one common vertex.
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Student answer: two cyclic graph when connected by an edge are called as biconnected graph
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Student answer: Biconnected graph are the graph connected from both the directions.
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Student answer: A biconnected graph is one which is connected to other graph by an edge is known as biconnected graph. 
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Student answer: A biconnected graph is a graph which cannot be separated. The graph will still remain connected even if we remove any vertex.
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Student answer: biconnected graph is the one in which even if we a vertex is removed it remains connected.
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Student answer: A king of graph in which every vertex has two edges is called biconnected graph.
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Student answer: A biconnected graph is a graph in which every vertex is connected to only 2 neighboring vertices using only 2 edges.
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Student answer: A biconnected graph, is a graph in which every element is connected to any two of the elements in the graph.
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Student answer: A graph that comprises of nodes, where each node is connected with any two or more other nodes in the graph is called a biconnected graph. 
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Student answer: when two graphs are connected with each other then they are known as biconnected graph.
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Student answer: A heap can be implemented as a priority queue when we want to extract elements in increasing/decreasing priority by using minheap and maxheap respectively.\nThen if we want to extract the shortest element from a min heap we can do so easily using extractmin function.\n
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Student answer: Two different graphs having the same root node but different sub nodes is known as a biconnected graph.
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Student answer: Bi connected graph is a component graph where the graph having two components are connected by a joining edge.
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Question: Define biconnected graph.
Reference answer: A connected undirected graph is biconnected if there are no vertices whose removal disconnects the rest of the graph.

Student answer: a graph that is connected at two points to a parent graph is called biconnected graph.
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Student answer: A biconnected graph is  a type of graph in which a graph is connected to the parent graph at two points.
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Student answer: A biconnected graph is a graph which has two sub-graphs connected to each other.
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Student answer: The graph which has two subgraphs and are connected to each other are known as biconnected graphs.
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Student answer: Biconnected graph is a data structure where we connect two individual graphs with a single edge. 
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Student answer: It is a graph in which two subgraphs are connected with each other using a single edge.
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Student answer: A biconnected graph is a connected graph that remains connected even after the removal of any single vertex (along with its incident edges). In other words, a biconnected graph has no \
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Student answer: two graphs connected by a simple singular node is called a biconnected graph
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Student answer: Biconnected graph has its nodes connected both ways , so we can access the nodes either way and they can have different weights. This can also be done to create shorter path from source to destination.
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Student answer: Biconnected graphs can also be called bidirectional graph as they have two separate paths to go between two sets of points and both in opposite direction.
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Student answer: a graph which is connected via its head and tail is known as biconnected graph usually it is also referred as the connection of 2 disjoint graphs
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Student answer: Biconnected graph are the graphs whose edges are bidirectional.
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Student answer: Biconnected graphs are directed graphs in which 2 nodes have bidirectional edges between them. \nfor eg. if A is connected to B, then B is connected to A as well
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Student answer: Two different graphs connected with a single edge is called biconnected graph.
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Student answer: a graph that remains connected after a node is removed 
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Student answer: Bi connected graph is the graph 
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Student answer: The graph which connect with two graphs is called biconnected graph
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Student answer: a biconnected graph is a graph where if any vertex is removed the graph will remain intact.
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Student answer: A graph which remains connected even when any one of its edged are removed is known as biconnected graph i.e.  it has no articulation edges.
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Student answer: a biconnected graph is a graph with 2 sided arrows, back and forth ways
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Student answer: A graph whose root node and leaf nodes are connected bidirectionally.
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Student answer: IS HAVE ONE TO ONE OPERATIONS THOSE CALLED A biconnected graph.
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Student answer: when two graph are connected it it called biconnected graph
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Question: Define biconnected graph.
Reference answer: A connected undirected graph is biconnected if there are no vertices whose removal disconnects the rest of the graph.

Student answer: A graph having two-way connection, where the parent node points to its child nodes and the child nodes also point to its parent node are called biconnected graphs.
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Student answer: Biconnected graphs are the graphs in which all the elements are connected in such a way that one can traverse between the elements in both directions.
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Student answer: biconnected graph means if even if any one vertices were to be removed the graph will still remain connected
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Student answer: A biconnected undirected graph is a connected graph that is not broken into disconnected pieces by deleting any single vertex (and its incident edges). A biconnected directed graph is one such that for any two vertices v and w there are two directed paths from v to w which have no vertices in common other than v and w.
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Student answer: Bi connected graph is a graph where 2 graphs are connected with each other.
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Student answer: Two graphs connected to a same edge
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Student answer: A biconnected graph is a graph that has a bidirectional flow i.e., the start node can visit the end node and vice versa. It still follows the
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Student answer: In a biconnected graph each node is connected to only two of the other vertices of the graph 
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Student answer: An undirected graph is called Biconnected. A graph is said to be Biconnected if it is connected and it is possible to reach every vertex from every other vertex by a simple path. \n
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Student answer: non separable graphs are known as biconnected.\neven if 1 vertex is removed, the graph stays connected
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Student answer: this is the graph in which two graph are connected using the link in between
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Student answer: Two graphs which are connected with vertex of each graph
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Student answer: a biconnected graph is a bidirectional graph. the left vertex is connected to right and the right to the life traversal in both the directions is possible
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Student answer: a biconnected graph is a connected and non-seperable graph meaning if any one of the vertex were to be removed the graph will still remain connected.
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Student answer: biconnected graph is when two graphs are connected through one edge that is between two vertices of both the graph
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Student answer: a biconnected graph has all vertices connected no vertex is left every vertex has 2 arrows ingoing outgoing
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Student answer: a biconnected graph has connections in both the directions.
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Student answer: Two graphs which are being connected with a common edge are called biconnected graph.
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Student answer: A biconnected graph is a connected graph having no articulation vertices.
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Student answer: Graph that does not broken into disconnected pieces by deleting any single vertex.
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Student answer: a biconnected graph is a graph in which two graph are connected.
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Question: Define biconnected graph.
Reference answer: A connected undirected graph is biconnected if there are no vertices whose removal disconnects the rest of the graph.

Student answer: A biconnected graph is a simple graph in which each node is connected to  2 other nodes
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Student answer: it is graph in which if any vertices is removed the graph will be still connected
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Student answer: graph that is connected with same element in both directions
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Student answer: A graph biconnected graph is the one in which every element is connected to every other element.
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Student answer: biconnected graph refers to that graph whereas the the two or many graphs can be connected with each other can be a double loop on one side
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Student answer: Heap can be used to represent priority queue by making use of 'min heap' or 'max heap' .
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Student answer: In minheap or maxheap when we pop any element then this element is minimum or maximum element and in priority queue also we have given priority to minimum and maximum element
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Student answer: A biconnected graph is a graph in which which there may be loops or double edges in the elements of the graph.
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Student answer: here two different graphs are made to be connected to reduce the same traversal again and again to reduce the time complexity\nand to reach that graph in single traversal.
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Student answer: Graph formed by joining Two Big Graphs
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Student answer: Biconnected graph is a connected and nonseparable meaning that if any one vertex were to be removed the graph will remain connected.
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Student answer: graph connected with single edge
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Student answer: if there are two vertex-disjoint paths between any two vertices are present or we can also say that  there is a cycle between any two vertices then it is known as biconnected graph
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Student answer: Two sets of graphs are connected by an edge between them. If that edge is removed two disjoint graphs would be generated.
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Student answer: a biconnected graph is formed  when even after removing one edge it still remains connected.
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Student answer: Biconnected graph is the graph where each node is connected to one or more nodes by at least two edges.
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Student answer: it is a  graph that remains connected even after the removal of an edge.
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Student answer: Biconnected graphs are two separate graphs (Mostly cycles) which are adjoined to each other using a bridge edge. 
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Student answer: Heap can be implemented in the form of an array/queue.\nHeapify function can used to convert a normal queue to priority queue.
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Student answer: graphs that are connected to in both directions.
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Student answer: In this type of graph each node is connected to two other nodes of the graph .
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Student answer: It is an undirected and non-seperable graph
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Question: Define biconnected graph.
Reference answer: A connected undirected graph is biconnected if there are no vertices whose removal disconnects the rest of the graph.

Student answer: Heap can be used to represent a priority queue by taking a minimum element as the root node or a maximum element as the root node . And ensure that this process is followed throughout the heap.
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Student answer: A biconnected graph is type of graph where the edges are connected from both the directions to the nodes, unlike a simple graph where they are connected on from a single direction.
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Student answer: a biconnected graph is that if any one vertex were to be removed, the graph will remain connected. Therefore a biconnected graph has no articulation vertices .
Score: 2.0

Student answer: A graph which is connected in both directions is bi connected graph. Like if 0 is connected to 2 then 2 is also connected to 0.
Score: 2.0

Student answer: biconnected graph is a graph in which every vertex has more than two edges connected.
Score: 1.0

Student answer: two cyclic graph connected by a bridge edge.
Score: 2.0

Student answer: Two graphs are connected by a single edge.
Score: 2.0

Student answer: double ended queue is a type of queue in which both head and tail of a list can act a queue push or pop for required conditions.
Score: 2.0

Student answer: A graph is which every node has 2 edges, one forward and one backward edge. 
Score: 2.0

Student answer: Ia biconnected graph is a connected and nonseparable graph, meaning that if any one vertex were to be removed, the graph will remain connected. Therefore a biconnected graph has no articulation vertices.
Score: 2.0

Student answer: in biconnected graph a node is connected to other node in both the directions
Score: 2.0

Student answer: path between two node has both inward and outward path between each other is called biconnected graph
Score: 2.0

Student answer: Biconnected graph are two graphs which are connected by a path. 
Score: 1.0

Student answer: In a priority queue, every element has its priority according to the given criteria. So, if this criteria is smallest or greatest element, then we can use min-heap or max-heap as it ensures the smallest or greatest element as the root of the priority queue.
Score: 2.0

Student answer: in bi connected graph we start from starting as well as from goal and comes to middle of the graph as 
Score: 1.0

Student answer: a graph whose vertices have both forward connections and reverse. bidirectional links between verices.,
Score: 1.0

Student answer: connected graph no articulation vercites.
Score: 2.0

Student answer: biconnected graph is graph in which two pair of graph interconnected with each other 
Score: 1.0

Student answer: Biconnected graph is a graph in which two components are joined by an edge making it a connected graph, if that edge is removed the graph will become disconnected and it will have 2 components.
Score: 1.0

Student answer: Biconnected graph are the type of graph in which the node of one  graph is connected with the node of other graphs 
Score: 1.0
Question: Define biconnected graph.
Reference answer: A connected undirected graph is biconnected if there are no vertices whose removal disconnects the rest of the graph.

Student answer: Biconnected graph are the graph in which each vertices is connected with two edges 
Score: 1.0

Student answer: A biconnected graph is a graph in which 2 different graphs are connected by a single connection.
Score: 2.0

Student answer: a graph in which two graphs are connected by a common node is a biconnected graph
Score: 1.0

Student answer: priority queue are same as min heap in which each root element is less than its child.
Score: 1.0

Student answer: 2 graphs are biconnected if they don't have any common edge or vertices.
Score: 1.0

Student answer: biconnected graph is a graph in which  nodes point to each other
Score: 2.0

Student answer: A biconnected graph is the one in which we can travel in both the directions i.e. we can go from one node to the other and then come back as well.
Score: 1.0

Student answer: Its a connected and non separable graph ,if any one vertex is removed ,the graph remains unconnected.
Score: 1.0

Student answer: A biconnected graph is a graph in which a graph is connected to two other graphs via a single node.
Score: 1.0

Student answer: the graph in which every node is connected to two nodes
Score: 1.0

Student answer: Applying certain restrictions oh 
Score: 1.0

Student answer: graph where every edge is connected in both the direction like in a graph if a to b exists then b to a is present as well
Score: 1.0

Student answer: A biconnected graph is a graph which is connected by a common node. 
Score: 1.0

Student answer: Biconnected graph is a graph in which edges are non-directional means if there is an edge between A and b then we can move in both directions that is From A to band from b to a as well.
Score: 2.0

Student answer: biconnected graph is when a we can traverse back and forth between two nodes in the graph. Example if we can go from A to B , then we should also be able to go from B to A.
Score: 1.0

Student answer: biconnected graph is graph where one vertex has 2 edges connecting to 2 different vertices.
Score: 1.0

Student answer: biconnected graph is bidirectional graph in which we can traverse in both direction.
Score: 1.0

Student answer: a biconnected graph has every vertex connected with every other vertex 
Score: 1.0

Score: 0.0

Student answer: it is a type of graph which gets divided into two graph if one common node is removed from the graph, basically it has a internal node which connects two sub graphs. 
Score: 1.0

Student answer: Biconnected graph is a graph which is all the vertices are connected to one another. 
Score: 1.0

Student answer: , \
Score: 0.0

Student answer: A biconnected graph is a one in which all the vertices are connected to each other, that is the edges are bi-directional.
Score: 1.0

Student answer: biconnected graph is when two graphs are connected to each other through a common vertex
Score: 1.0

Student answer: A biconnected graph is which has two sub components.  
Score: 1.0
Question: Define biconnected graph.
Reference answer: A connected undirected graph is biconnected if there are no vertices whose removal disconnects the rest of the graph.

Student answer: Biconnected graph is a graph which is formed by the combination of two disconnected graphs connected by a singe endge.
Score: 1.0

Student answer: in bi connected graph two element are joined by an edge making it a connected graph
Score: 1.0

Score: 0.0

Student answer: The biconnected graphs are two way directional graph at each node which can be weighted same or different
Score: 1.0

Student answer: two vertex disjoint path in a graph 
Score: 0.0

Score: 0.0

Student answer: Two graphs connected together is known as biconnected graph
Score: 1.0

Score: 0.0

Student answer: Biconnected is a undirected graph if there are two vertex disjoint paths between any two vertices.
Score: 1.0

Student answer: Biconnected graph is the type of graph if one vertex is to be removed then the graph will remain connected therefore, biconnected graph \nhas not any articulation vertex. 
Score: 1.0

Student answer: a biconnected graph is a graph where we can 
Score: 1.0

Student answer: if a graph will remain connected if any end is removed that graph is  called biconnected graph
Score: 1.0

Student answer: A graph in which a node A can be reached from node B and vice A versa. 
Score: 1.0

Student answer: a graph in which every element is connected to every other element is called biconnected graph
Score: 1.0

Student answer: IT IS A GRAPH WHICH HAS AN EDGE THAT CONNECTS TO DIFFERENT GRAPHS 
Score: 0.0

Student answer: the two graph connected by a simple singular node.
Score: 1.0

Student answer: it is a type of graph that is not broken into pieces upon deleting any of its vertex
Score: 1.0

Student answer: Biconnected graph is a graph in which each vertex has exactly two edges connection the other vertex.
Score: 1.0

Student answer: The graph in which each of its vertex are connected with exactly two edges are known as biconnected graph.\nExample: -a-b-c-\nIn this example, all the vertices have exactly two edges.
Score: 1.0

Student answer: it is a undirected graph in which there are two disjoint vertices.
Score: 1.0

Student answer: in a bi connected graph, when a vertex from the graph, the graph doesn't split into parts.
Score: 1.0

Student answer: a graph in which even if one edge were to be removed even then it will remain connected
Score: 1.0

Student answer: Biconnected graph is that graph in which every vertex has two edges 
Score: 1.0

Student answer: a graph is binconnected if it has no articulation points . an articulation point is a vertex whose removal increases the number of connected components in a graph 
Score: 1.0

Student answer: Threaded binary tree has the advantage that ends nodes i.e. the child nodes, are connected to the root nodes the ones towards the left being on left and the ones on right towards the right such that at the end when we are traversing it, the data can be accessed without going back and traversing it back from the bottom. 
Score: 1.0

Student answer: BIconnected graph is a connected graph having no articulation vertices.
Score: 1.0
Question: Define biconnected graph.
Reference answer: A connected undirected graph is biconnected if there are no vertices whose removal disconnects the rest of the graph.

Student answer: When two nodes are connected in a way that we can reach from either of the nodes to either of the other nodes. 
Score: 1.0

Student answer: Biconnected graph is a graph which is made by connecting two graph using a common edge.
Score: 1.0

Student answer: It is a type of graph in which two graph are connected with a single edge. 
Score: 1.0

Student answer: Two different graphs connected by an edge is a biconnected graph.
Score: 1.0

Student answer: When two different graphs are connected by a single edge then they are known as bidirectional graph.
Score: 1.0

Student answer: A Queue which is bidirectional - values can be pushed (inserted) or popped (deleted) from any end.
Score: 1.0

Student answer: biconnected graph is a type of directed graph in which we have direction to move on both sides of a edge
Score: 1.0

Student answer: two vertices are connected by a single edge
Score: 1.0

Student answer: Threaded binary show the steps involved to place an element at a particular node. 
Score: 1.0

Student answer: in this graph the connection between the vertices are in both direction (bidirectional).
Score: 1.0

Student answer: A graph in which  there is bidirectional connectivity between each pair of vertices.
Score: 1.0

Student answer: a biconnected graph is a graph which is connected in a way that we can go back and fro from a node to the next noe or go back from that node to previous node.

Student answer: graphs in which edges are directed in both directions.

Student answer: a graph which has bi directional edges.

Student answer: Graph which is connected bi directionally.

Student answer: nondirectional graph are known as biconnected graphs

Student answer: Biconnected graph has 2 edges between 2 vertices.

Student answer: biconnected graphs are the graph in which there are two graphs connected to each other through a bridge

Student answer: when to graphs are connected to each other are called bioconnected graph

Student answer: Graph in which we can travel forward as well as backwords.

Student answer: A biconnected graph is graph in which a node is connected to other node in both directions.

Student answer: in biconnected graph we can traverse on both sides of the node at once

Student answer: when there is no connecting edges between two sets of graphs

Student answer: A biconnected graph is a graph where two vertices can be used to visit each other through a same common edge.

Student answer: When any two sets of consecutive nodes in a graph are connected bidirectionally we say that graph as a biconnected graph.

Student answer: graph in which we can perform forward and backward

Student answer: A graph that allows traversal in both directions.

Student answer: in which two subgraphs are connected to each other through an edge

Student answer:  if any of vertices of the graph will be remove it remain same.

Student answer: biconnected graph means each vertex if connected to some other vertex  and vice versa
Question: Define biconnected graph.
Reference answer: A connected undirected graph is biconnected if there are no vertices whose removal disconnects the rest of the graph.

Student answer: Biconnected graph is such a graph in which the the rightmost leaf node serves as a root node for other graph.

Student answer: The graphs which are connected to each other simultaneously are know as biconnected graphs.

Student answer: Biconnected graph is defined as to connect the two graph though through the connection of one between two vertices of two graphs.

Student answer: Two graphs which are connected together are called biconnected graphs. They can be connected by anything rather it be a single vertex or edge!

Student answer: a connected graph that is not disconnected into pieces after deleting elements

Student answer: biconnected graph in which a two graphs aur connect with a single point

Student answer: it is a data structure in which two different graphs are connected with each other using single node

Student answer: A graph is called biconnected when its not getting disconnect from deleting elements.\n

Student answer: biconnected graphs have bidirectional edges.

Student answer: one graph connected to other graph, has bidirectional edegs

Student answer: biconnected graph is a type of graph which is connected from two different graphs at the same time.

Student answer: Biconnected graph refers to a graph in which we can go to the next node via any side of the edge. The edges are undirected in nature and if the node is connected to another node via an edge , then our pointer could travel to the other node irrespective of the direction  of the other node

Student answer: biconnected graph are those which are connected on both the sides.

Student answer: the graphs that are connected to each other

Student answer: the graph which has elements connected to each other by directions also

Student answer: a biconnected graph is a graph in which two graphs are connect through one vertex.

Student answer: biconnected graph connect the closes node of the graphic node a graph and perform well

Student answer: 2 graphs which are connected by the vertex is called a biconnected graph.

Student answer: because heap provide sorting that way is and other reason as well

Student answer: this graph show direction.

Student answer: when two graphs is connected from two points of each graphs is called a biconnected graph

Student answer: biconnected graph is the graph where two graphs are connected through an edge .