What Happens If We Apply The Below Operations On An Input #632
What happens if we apply the below operations on an input sequence?<br /> i. construct a cartesian tree for input sequence<br /> ii. put the root element of above tree in a priority queue<br /> iii. if( priority queue is not empty) then<br /> iv. search and delete minimum value in priority queue<br /> v. add that to output<br /> vi. add cartesian tree children of above node to priority queue
This multiple choice question (MCQ) is related to the book/course
gs gs121 Data Structures and Algorithms.
It can also be found in
gs gs121 Binary Trees - Cartesian Tree - Quiz No.1.
What happens if we apply the below operations on an input sequence?
i. construct a cartesian tree for input sequence
ii. put the root element of above tree in a priority queue
iii. if( priority queue is not empty) then
iv. search and delete minimum value in priority queue
v. add that to output
vi. add cartesian tree children of above node to priority queue
i. construct a cartesian tree for input sequence
ii. put the root element of above tree in a priority queue
iii. if( priority queue is not empty) then
iv. search and delete minimum value in priority queue
v. add that to output
vi. add cartesian tree children of above node to priority queue
constructs a cartesian tree
sorts the input sequence
does nothing
produces some random output
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