Explanation:
A queue is a linear structure in which operations are carried out in a specific order.
First in, first out is the order (FIFO).
Explanation:
Merge sort (also known as mergesort) is a general-purpose, comparison-based sorting algorithm
developed in computer science.
Explanation:
The array's initial address - the address of the array's first member – is known as
the array's base address.
Explanation:
Actual statistics like as running time and required space are gathered in this analysis
Please select 3 correct answers
Explanation:
The correct answer
Swift has Optional, whereas Java 7 does not.
Swift has Type Inferencing, while Java does not.
Swift has Structs, whereas Java 7 does not.
Explanation:
Polish notation (PN), also known as normal Polish notation (NPN), ukasiewicz notation, Warsaw notation,
Polish prefix notation, or simply prefix notation, is a mathematical notation in which operators come before
their operands, as opposed to infix notation, in which operators come between operands, and reverse Polish
notation (RPN), in which operators come after their operands.
Explanation:
Implementation level: A specific representation of the data structure and the coding of the operations in a
computer language. Application (user)-to-Implementation-Level Communication
Explanation:
A binary tree is a tree data structure in which each node has at most two offspring, referred to
as the left child and the right child in computer science. A (non-empty) binary tree is a tuple (L, S, R),
where L and R are binary trees or the empty set, and S is a singleton set containing the root, according
to a recursive definition using just set theory principles. The binary tree can also be the empty set,
according to certain writers.
Explanation:
There are five binary trees (each with three nodes) that can be created
Explanation:
Left, Head, Right.
Explanation:
The operation or technique of ordering and rearranging groups of data in a specified order is referred
to as sorting. A list is a collection of records, each of which has one or more fields. The key field refers
to the fields that carry a unique value for each record.
Explanation:
The depth-first search (DFS) algorithm is used to traverse or explore data structures such as trees and graphs.
The algorithm starts at the root node (in the case of a graph, any random node can be used as the root node)
and examines each branch as far as feasible before retracing.
Explanation:
Because the first inserted member can only be removed last and the last inserted element will be removed first,
the stack is also known as a Last In First Out (LIFO) data structure. A stack is a linear list with all additions and
deletions limited to only one end. As a result, it's also known as a restrictive data structure.
Explanation:
Greedy Algorithm. All data structures are combined, and the concept is used to form a specific algorithm.
All algorithms are designed with a motive to achieve the best solution for any particular problem. In the
greedy algorithm technique, choices are being made from the given result domain. As being greedy, the
next to a possible solution that looks to supply the optimum solution is chosen.
Explanation:
Head, Left, Right
Explanation:
A recursive data structure is one that can be broken down into smaller or simpler versions of itself. Trees,
for example, are made up of small trees and leaf nodes, whereas lists might have smaller lists as elements.
Explanation:
Two-dimensional arrays, often known as tables or matrix, have two subscripts.
Explanation:
A path between two vertices of a linked graph can be determined using both BFS and DFS.
Explanation:
When a thing is defined in terms of itself or its type, recursion (adjective: recursive) happens.
Recursion is used in a wide range of fields, from linguistics to logic. Recursion is most commonly
used in mathematics and computer science, when a function is defined and then applied within
its own definition.
Explanation:
Binary Search Algorithm Binary Search is used to search a huge sorted array or list. Its O (log n) time
complexity makes it very quick when compared to other sorting algorithms. The array or list of elements
must be sorted in order for the binary search method to work.
Explanation:
An array data structure, or simply an array, is a data structure in computer science that consists of
a collection of elements (values or variables), each of which is identified by at least one array index
or key. An array is stored in such a way that the position of each member may be calculated using a
mathematical formula from its index tuple. A linear array, often known as a one-dimensional array,
is the most basic data structure.
Explanation:
Dynamic programming is a computer programming method as well as a mathematical optimization
tool. Richard Bellman created the approach in the 1950s, and it has since been used in a variety of
sectors ranging from aeronautical engineering to economics.
Explanation:
The queue is a data structure that is both non-primitive and linear. It is based on the FIFO concept
(First In First Out). That is, the element that is inserted first is removed first, followed by the element
that is added last and removed last.
Explanation:
The time factor is assessed by measuring the number of essential operations to determine an
algorithm's efficiency. It is not measured by the number of statements because a lower number
of statements does not imply a more efficient program. For improved efficiency, we frequently
have to develop huge code. Space complexity is measured in kilobytes.
Explanation:
The stack data structure comes in helpful here to check for balanced parentheses in the syntax.
