"Take a simple idea, and take it seriously."
— Charlie Munger

try this. 😊 👇

Seriosly,

pick an object and ask a series of what, how, why, where, and when questions.

Do not limit yourself to the physical world here, or even direct connections.

focus on it for atleast 10 minutes contemplating and questioning it.

what do you get ?.. what did you realize ?...

#my_sunday_madness 😊😊😂

i love minimalist things.

no more stuff 😊

"Earn with your mind, not with your time." @naval

Open your IDE and try this codes.

#for_your_dopamine 😊

try it 😂😂😂

Not using Ai ?..You are falling behind!

start with Bard Ai.

https://www.youtube.com/watch?v=YMybfJuaWP4


in this video, i will show you how to use bard for you use case!

go to bard's site 👇
https://bard.google.com/

Don't follow the mass.

rebel against them.

make mistakes and learn through the process

question everything.

አምፅ ብሮ!... አምፅ ግዴለህም!.... BE FREE

with ai, you can do more

Pick a side-hustle that will become your main hustle

START TODAY!

GOOD MORNING!

Pick a side-hustle that will become your main hustle

START TODAY!

HAVE A GREAT WEEK

Have a digital workspace| a digital Notebook.

Use Notion.

https://www.youtube.com/watch?v=8FZAcl39UrQ

Complete DSA road map🔥

In file tree structure👇
|
|-- 📁01_Basics
| |-- 📁01_Introduction_to_DSA
| | |-- Introduction
| | |-- Importance
| | |-- Applications
| |
| |-- 📁02_Big_O_Notation
| |-- Big_O_Notation
|
|-- 📁02_Arrays_and_Strings
| |-- 📁01_Arrays
| | |-- Introduction_to_Arrays
| | |-- Operations_on_Arrays
| | |-- Searching_and_Sorting
| |
| |-- 📁02_Strings
| |-- Introduction_to_Strings
| |-- String_Manipulation
| |-- Introduction_to_Arrays
|
|-- 📁03_Linked_Lists
| |-- 📁01_Singly_Linked_List
| | |-- Intro_to_Singly_Linked_List
| | |-- Operations_on_Singly_Linked_List
| | |-- Detect_and_Remove_Cycle
| |
| |-- 📁02_Doubly_Linked_List
| |-- Intro_to_Doubly_Linked_List
| |-- Operations_on_Doubly_Linked_List
|
|-- 📁04_Stacks_and_Queues
| |-- 📁01_Stacks
| | |-- Introduction_to_Stacks
| | |-- Stack_Operations
| | |-- Implementing_Stacks
| |
| |-- 📁02_Queues
| |-- Introduction_to_Queues
| |-- Queue_Operations
| |-- Implementing_Queues
|
|-- 📁05_Trees_and_Graphs
| |-- 📁01_Trees
| | |-- Intro_to_Trees
| | |-- Binary_Trees
| | |-- Binary_Search_Trees
| |
| |-- 📁02_Graphs
| |-- Introduction_to_Graphs
| |-- Depth_First_Search
| |-- Breadth_First_Search
|
|-- 📁06_Sorting_and_Searching
| |-- 📁01_Sorting_Algorithms
| | |-- Bubble_Sort
| | |-- Insertion_Sort
| | |-- Merge_Sort
| | |-- Quick_Sort
| |
| |-- 📁02_Searching_Algorithms
| |-- Linear_Search
| |-- Binary_Search
|
|-- 📁07_Hash_Tables
| |-- Introduction_to_Hash_Tables
| |-- Hash_Functions
| |-- Collision_Resolution
| |-- Applications_of_Hash_Tables
|
|-- 📁08_Dynamic_Programming
| |-- Intro_to_Dynamic_Programming
| |-- Overlapping_Subproblems
| |-- Optimal_Substructure
| |-- Top-Down_vs_Bottom-Up
| |-- Common_DP_Problems
|
|-- 📁09_Greedy_Algorithms
| |-- Intro_to_Greedy_Algorithms
| |-- Standard_Greedy_Algorithms
| |-- Applications_of_Greedy_Algorithms
|
|-- 📁10_Advanced_Data_Structures
| |-- Trie
| |-- Segment_Tree
| |-- Disjoint_Set_Union
| |-- Fenwick_Tree
|
|-- 📁11_Algorithmic_Paradigms
| |-- Divide_and_Conquer
| |-- Backtracking
| |-- Sliding_Window
|
|-- 📁12_Interview_Preparation
|-- Coding_Practice
|-- Problem_Solving_Strategies
|-- Mock_Interviews

------------------- END -------------------

Good resources to learn and practice DSA👇

1. Courses
Advanced Data Structures (MIT)
rb.gy/qtyuc
Algorithms Specialization (Stanford University)
rb.gy/0pcln
FreeCodeCampOrg
rb.gy/mpyce
The Odin Project DSA
rb.gy/6402y

2. Book
Introduction to Algorithms [Book]
rb.gy/ui3xc

3. YouTube
Abdul Bari
youtube.com/@abdul_bari?si…
Code N Code
youtube.com/@codencode?si=…
Striver
youtube.com/@takeUforward?…

4.Coding Platforms
• LeetCode
• HackerRank
• CodeChef
• GeeksforGeeks
• TopCoder

Feel free to add anything I missed ☺️🌱🌱

---------------------------------------

That's a wrap👏

🔗 Full Stack Project Ideas:

• 🤝 Networking Site
• ✍️ Blog Platform
• 🛒 Online Marketplace
• 🎓 Course App
• 📋 Project Management Tool
• 🏥 Health Tracker App
• 🍽 Recipe Sharing Platform
• 📈 Financial Dashboard
• 🌍 Travel Journal App
• 🎨 Digital Art Gallery

The Feynman Technique

To learn anything:

Step 1: Identify a topic
Step 2: Try to explain it to a 5-year-old
Step 3: Study to fill in knowledge gaps
Step 4: Organize, convey, and review

True genius is the ability to simplify, not complicate.

Simple is beautiful.

Luck Surface Area

👉The amount of luck that will occur in your life, your Luck Surface Area, is directly proportional to what you do something and how much you tell to people .

👉Doing: This refers to the actions you take to create value in the world, such as building a product, writing a book, or starting a business.

👉Telling: This refers to the communication you have with others about what you are doing, such as sharing your ideas, pitching your product, or networking with potential customers.

👉Luck Surface Area: This is the product of doing and telling. The more you do and the more you tell, the larger your luck surface area becomes.

👉Aperture: This is the openness or receptiveness you have to the potential lucky events that come your way.

👉 if you want to create more luck, you should increase your luck surface area by doing more and telling more, and open up your aperture

Marketing Catagories:

1. Digital Marketing
* Social Media Marketing
* Content Marketing
* Email Marketing
* Search Engine Optimization (SEO)
* Pay-Per-Click (PPC) Advertising
* Affiliate Marketing
* Influencer Marketing
* Mobile Marketing
2. Traditional Marketing
* Print Advertising
* Broadcast Advertising
* Direct Mail
* Telemarketing
* Outdoor Advertising
3. Other Marketing Strategies
* Branding
* Public Relations
* Event Marketing
* Guerilla Marketing