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The Data Structures, Algorithms and Time Complexity Guide

  • Development
  • Mar 14, 2025
SynopsisThe Data Structures, Algorithms and Time Complexity Guide, av...
The Data Structures, Algorithms and Time Complexity Guide  No.1

The Data Structures, Algorithms and Time Complexity Guide, available at $44.99, has an average rating of 3.35, with 55 lectures, based on 21 reviews, and has 253 subscribers.

You will learn about Land a high paying role as a software developer/programmer. Analyze the time complexity of various algorithms Refresh your C# knowledge in the 10 most popular topics asked at the coding interview Learn the most commonly asked questions by the likes of Facebook, Google, Amazon and Spotify for beginners. Learn not only concepts but also be able to articulate your thought process as you plan and execute a solution. Learn how to recognize patterns for solutions to coding interview questions. Learn the best way to answer an interview question Learn through hands-on coding examples and learn to solve problems quickly This course is ideal for individuals who are You have a C# interview coming up and need to learn how to answer questions properly or You need to learn the most popular questions that you might be asked or You need to learn the top 10 most common topics asked about and sample questions for each or Anyone learning C# or You havent used C# in a while and want to refresh your knowledge It is particularly useful for You have a C# interview coming up and need to learn how to answer questions properly or You need to learn the most popular questions that you might be asked or You need to learn the top 10 most common topics asked about and sample questions for each or Anyone learning C# or You havent used C# in a while and want to refresh your knowledge.

Enroll now: The Data Structures, Algorithms and Time Complexity Guide

Summary

Title: The Data Structures, Algorithms and Time Complexity Guide

Price: $44.99

Average Rating: 3.35

Number of Lectures: 55

Number of Published Lectures: 55

Number of Curriculum Items: 55

Number of Published Curriculum Objects: 55

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

  • Land a high paying role as a software developer/programmer.
  • Analyze the time complexity of various algorithms
  • Refresh your C# knowledge in the 10 most popular topics asked at the coding interview
  • Learn the most commonly asked questions by the likes of Facebook, Google, Amazon and Spotify for beginners.
  • Learn not only concepts but also be able to articulate your thought process as you plan and execute a solution.
  • Learn how to recognize patterns for solutions to coding interview questions.
  • Learn the best way to answer an interview question
  • Learn through hands-on coding examples and learn to solve problems quickly
  • Who Should Attend

  • You have a C# interview coming up and need to learn how to answer questions properly
  • You need to learn the most popular questions that you might be asked
  • You need to learn the top 10 most common topics asked about and sample questions for each
  • Anyone learning C#
  • You havent used C# in a while and want to refresh your knowledge
  • Target Audiences

  • You have a C# interview coming up and need to learn how to answer questions properly
  • You need to learn the most popular questions that you might be asked
  • You need to learn the top 10 most common topics asked about and sample questions for each
  • Anyone learning C#
  • You havent used C# in a while and want to refresh your knowledge
  • Data Structures + Algorithms to Crack the Coding Interview

    Only in The Data Structures, Algorithms and Time Complexity Guide, learn the best way to answer an interview question, look at the most commonly asked questions, and analyze time complexity of various algorithms.

    Interview Question Solutions and Time Complexity

    Learn through hands-on coding examples and learn to solve problems quickly.

    Refresh your C# knowledge and solve new problems with the most common beginner interview questions asked by FANG companies.

    Algorithms & Data Structures – Ultimate Coding Interview Prep

    Learn the most commonly asked questions by the likes of Facebook, Google, Amazon and Spotify for beginners.

    Preparing for the C# interview is hard. You need to understand not only concepts but also be able to articulate your thought process as you plan and execute a solution.

    COURSE BREAKDOWN

    Section 0: Introduction to Interview Questions

  • Course Overview

  • FizzBuzz: Print the numbers from 1 to 100 and for multiples of ‘3’ print “Fizz” instead of the number and for the multiples of ‘5’ print “Buzz”.

  • Types of Time Complexity: Learn the types of time complexity in Big-O Notation in order of horrible to good.

  • Section 1: String/Array Interview Questions

  • 01 Reverse Words in a String: Given an input string, reverse the string word by word.

  • 02 Rotate Array: Rotate an array of n elements to the left by k steps.

  • 03 Isomorphic Strings: Given two strings a and b, determine if they are isomorphic.

  • 04 Kth Largest Element in an Array: Find the kth largest element in an unsorted array. Note that it is the kth largest element in the sorted order, not the kth distinct element.

  • Section 2: Matrix Interview Questions

  • 01 Set Matrix Zeroes: Given a 2D matrix, if an element is 0, set its entire row and column to 0. Do it in place.

  • 02 Spiral Matrix: Given a 2D matrix, return all elements of the matrix in spiral order.

  • 03 Number of Islands: Given a 2D grid map of 1s (land) and 0s (water), count the number of islands.

  • Section 3: Linked List Interview Questions

  • 01 Implement a Stack Using an Array: Implement a stack using an array.

  • 02 Add Two Numbers: You are given two linked lists representing two non-negative numbers. The digits are stored in reverse order and each of their nodes contain a single digit. Add the two numbers and return it as a linked list.

  • 03 Reverse a Linked List: Reverse a singly linked list.

  • Section 4: Tree Interview Questions

  • 01 Inorder Traversal: Perform inorder traversal on a binary tree.

  • 02 Preorder Traversal: Perform inorder traversal on a binary tree.

  • 03 Postorder Traversal: Perform inorder traversal on a binary tree.

  • 04 Binary Tree Maximum Path Sum: Given a binary tree, find the maximum path sum.

  • Section 5: Graph Interview Questions

  • 01 Clone an Undirected Graph: Each node in the graph contains a label and a list of its neighbors.

  • Section 6: Sorting and Time Complexity

  • 01 Bubble Sort Algorithm: Sort a list with bubble sort.

  • 02 Selection Sort Algorithm: Sort a list with selection sort.

  • 03 Insertion Sort Algorithm: Sort a list with insertion sort.

  • 04 Quick Sort Algorithm: Sort a list with Quick Sort.

  • 05 Merge Sort Algorithm: Sort a list with Merge Sort.

  • 06 Time Complexity of Different Sorting Algorithms

  • Section 7 Dynamic Programming Interview Questions

  • 01 Coin Change: You are given coins of different denominations and a total amount of money amount. Write a function to compute the fewest number of coins that you need to make up that amount.

  • 02 Edit Distance: Find the edit distance between two strings.

  • 03 Distinct Subsequences: Given a string S and a string T, count the number of distinct subsequences of T in S.

  • 04 Maximum Sum Subarray: Find the sum of contiguous subarray within a one-dimensional array of numbers which has the largest sum

  • Section 8 Bit Manipulation Interview Questions

  • 01 Bitwise and Shift Operators: Manipulate bits and shift bits to change values.

  • 02 Single Number: Given an array of integers, every element appears twice except for one. Find that single one.

  • 03 Sum of Two Integers: Calculate the sum of two integers a and b, but you are not allowed to use the operator + and -.

  • 04 Number of 1 Bits: Take an unsigned integer and return the number of ’1′ bits it has (also known as the Hamming weight.)

  • 05 Reverse Bits: Reverse the bits of a given 32 bit unsigned integer.

  • 06 Bitwise AND of a Range: Given two non-negative long integers, a and b and given a <= b, find the bitwise AND of all integers from a and b.

  • Section 9 Combinations and Permutations Interview Questions

  • 01 Permutations: Print all permutations of a given string.

  • 02 Distinct Permutations of a String: Print all distinct permutations of a string that contains duplicates.

  • 03 Letter Combinations of a Phone Number: Given a digit string, return all possible letter combinations that the number could represent on a phone board.

  • 04 Factor Combination: Return all possible combinations of an integer n’s factors.

  • Section 10 Math Interview Questions

  • 01 Reverse Integer: Reverse the digits of an integer n.

  • 02 Palindrome Number: Determine whether an integer is a palindrome. Do this without extra space.

  • 03 Excel Sheet Column Numbe: Given a column title from an Excel sheet, return its corresponding column number.

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    COURSE AUTHOR

    Alexandra Kropova, Software Developer at Mammoth Interactive INC.

    Alexandra Kropova is a software developer specializing in OOP and JavaScript, with extensive experience in full-stack web development and app development. She has helped produce courses for Mammoth Interactive INC. since 2016, including the Coding Interview series in Java, JavaScript, C++, C#, Python and Swift.

    Course Curriculum

    Chapter 1: Introduction: FizzBuzz and Time Complexity

    Lecture 1: Introduction

    Lecture 2: FizzBuzz

    Lecture 3: Types of Time Complexity

    Lecture 4: Source Code

    Lecture 5: Interview Questions Categories PDF Resource

    Chapter 2: String and Array Interview Questions

    Lecture 1: Reverse Words in a String

    Lecture 2: Rotate Array

    Lecture 3: Isomorphic Strings

    Lecture 4: Kth Largest Element in an Array

    Lecture 5: Source Code

    Chapter 3: Matrix Interview Questions

    Lecture 1: Set Matrix Zeros

    Lecture 2: Spiral Matrix

    Lecture 3: Number of Islands

    Lecture 4: Source Code

    Chapter 4: Linked List Interview Questions

    Lecture 1: Implement a Stack Using an Array

    Lecture 2: Add Two Numbers as Reversed Linked Lists

    Lecture 3: Reverse a Linked List

    Lecture 4: Source Code

    Chapter 5: Binary Tree Interview Questions

    Lecture 1: Inorder Traversal

    Lecture 2: Preorder Traversal

    Lecture 3: Postorder Traversal

    Lecture 4: Binary Tree Maximum Path Sum

    Lecture 5: Source Code

    Chapter 6: Graph Interview Questions

    Lecture 1: Largest Connected Component

    Lecture 2: Source Code

    Chapter 7: Sorting Interview Questions

    Lecture 1: Bubble Sort Algorithm

    Lecture 2: Selection Sort Algorithm

    Lecture 3: Insertion Sort Algorithm

    Lecture 4: QuickSort Algorithm

    Lecture 5: Merge Sort Algorithm

    Lecture 6: Time Complexity Of Different Sorting Algorithms

    Lecture 7: Source Code

    Lecture 8: Time Complexity of Different Sorting Algorithms Slides

    Chapter 8: Dynamic Programming Interview Questions

    Lecture 1: Coin Change

    Lecture 2: Edit Distance

    Lecture 3: Distinct Subsequences

    Lecture 4: Maximum Sum Subarray

    Lecture 5: Source Code

    Chapter 9: Bit Manipulation Interview Questions

    Lecture 1: Bitwise And Shift Operators

    Lecture 2: Single Number

    Lecture 3: Number Of 1 Bits

    Lecture 4: Sum Of Two Integers

    Lecture 5: Reverse Bits

    Lecture 6: Bitwise AND Of A Range

    Lecture 7: Source Code

    Lecture 8: Bitwise and Shift Operators Slides

    Chapter 10: Permutations and Combinations

    Lecture 1: Permutations

    Lecture 2: Distinct Permutations Of A String

    Lecture 3: Letter Combinations Of A Phone Number

    Lecture 4: Factor Combinations

    Lecture 5: Source Code

    Chapter 11: Math Interview Questions

    Lecture 1: Reverse Integer

    Lecture 2: Palindrome Number

    Lecture 3: Excel Sheet Column Number

    Lecture 4: Source Code

    Instructors

  • The Data Structures, Algorithms and Time Complexity Guide  No.2
    Mammoth Interactive
    Top-Rated Instructor, 3.3 Million+ Students
  • The Data Structures, Algorithms and Time Complexity Guide  No.3
    John Bura
    Best Selling Instructor Web/App/Game Developer 1Mil Students
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  • 2 stars: 2 votes
  • 3 stars: 3 votes
  • 4 stars: 5 votes
  • 5 stars: 10 votes
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