Q. An immediate application of minimum spanning tree ______

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Q. What is the time complexity of Kruskal’s algorithm?

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Q. Time complexity of Prim’s algorithm is _________

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Q. For every spanning tree with n vertices and n edges what is the least number of different Spanning trees can be formed?

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Q. If the weight of an edge e of cycle C in a graph is larger than the individual weights of all other edges of C, then that edge ________

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Q. Spanning trees have a special class of depth-first search trees named _________

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Q. Prefix expression can be evaluated _________

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Q. What is the postfix expression of the given expression, (2*4-(5+7/3^4)-8)10?

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Q. Convert the following expression into prefix notation.

(g-(f^e/d+c)-ba)

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Q. What is the postfix expression of (A+B)-C*(D/E))+F?

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Q. What is the postfix expression of 9+3*5/(10-4)?

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Q. Conversion from prefix to postfix expression can be done _______________

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Q. Infix to prefix conversion can be done using __________

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Q. What is the output of the following if funct1(7)?

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Q. Evaluation of 4*5+3/2-9 in prefix notation.

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Q. Evaluation of expression a/b+c*d-e in postfix notation.

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Q. Worst case complexity of Breadth First Search traversal __________

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Q. Breadth First Search traversal of a binary tree finds its application in __________

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Q. An immediate application of a Depth First Search traversal is __________

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Q. The time complexity of calculating the sum of all leaf nodes in an n-order binary tree is __________

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