A B-Tree can be described as a tree that has many nodes up, as well as many nodes down. A B-Tree not only has an order but they also have keys and pointers.
A binary tree is a finite set of nodes which is either empty or consists of a root and two disjoint binary trees called the left subtree and the right subtree.We can define the data structure binary tree as follows:structure BTREEdeclare CREATE( ) --> btreeISMTBT(btree,item,btree) --> booleanMAKEBT(btree,item,btree) --> btreeLCHILD(btree) --> btreeDATA(btree) --> itemRCHILD(btree) --> btreefor all p,r in btree, d in item letISMTBT(CREATE)::=trueISMTBT(MAKEBT(p,d,r))::=falseLCHILD(MAKEBT(p,d,r))::=p; LCHILD(CREATE)::=errorDATA(MAKEBT(p,d,r))::d; DATA(CREATE)::=errorRCHILD(MAKEBT(p,d,r))::=r; RCHILD(CREATE)::=errorendend BTREE
A binary tree can be empty, or consist of three parts: a 'value' (any type), and to binary trees, called as 'left child' and 'right child'
In Italian
Electric Generator. :)
It can be described with a finite number of steps.
A binary tree is a finite set of nodes which is either empty or consists of a root and two disjoint binary trees called the left subtree and the right subtree.We can define the data structure binary tree as follows:structure BTREEdeclare CREATE( ) --> btreeISMTBT(btree,item,btree) --> booleanMAKEBT(btree,item,btree) --> btreeLCHILD(btree) --> btreeDATA(btree) --> itemRCHILD(btree) --> btreefor all p,r in btree, d in item letISMTBT(CREATE)::=trueISMTBT(MAKEBT(p,d,r))::=falseLCHILD(MAKEBT(p,d,r))::=p; LCHILD(CREATE)::=errorDATA(MAKEBT(p,d,r))::d; DATA(CREATE)::=errorRCHILD(MAKEBT(p,d,r))::=r; RCHILD(CREATE)::=errorendend BTREE
It open at 9.00a.m all week.
They are the same thing - two different ways of writing B-Tree.
Outside of academia I do not think linked list are important, a btree is important. As for a real-world application, I do not recall one. I did use a linked list back in the days of the Apple 2/Commodore 64 but That was before hard drives (were affordable) and before I got my hands on btree source code.
You might look at the header record if the linked list has one. Better yet graduate to a btree and all these problems go away
A binary tree can be empty, or consist of three parts: a 'value' (any type), and to binary trees, called as 'left child' and 'right child'
Good question, it defies an answer because I do not have the text book that your teacher is posing questions from. Besides when you have a btree linked lists look kind of stupid.
Described where?
They are described as gentle giants.
They are described as gentle giants.
Described where?
they described the spanish as...