The hottest Tutoring Substack posts right now

And their main takeaways
Category
Top Education Topics
The Intrinsic Perspective β€’ 26836 implied HN points β€’ 28 May 25
  1. Teaching a child to read early can lead to them enjoying books and reading for pleasure. This habit can help with their brain development and emotional well-being.
  2. Using methods like reading together, fun activities, and spaced repetition can make learning to read more effective and enjoyable for kids.
  3. The process of teaching reading requires patience and flexibility, as each child learns at their own pace. Making it fun is key to keeping them interested.
Of Boys and Men β€’ 167 implied HN points β€’ 28 Feb 26
  1. Boys lag behind girls in reading from early grades through high school, finishing roughly a year behind on average.
  2. Boys do a bit better in math, but that advantage is much smaller; math scores don’t explain college enrollment gaps the way GPA, course-taking, and college expectations do, which helps account for lower college enrollment among boys.
  3. Some tutoring and instructionally aligned programs show promise for closing the reading gap and may help boys more, but the evidence is limited and researchers should always report gender-disaggregated results so effective policies can be scaled.
The Bell Ringer β€’ 39 implied HN points β€’ 15 Mar 24
  1. A new issue called 'The Novice Issue' is coming soon for subscribers. It's likely to focus on beginners in a certain topic.
  2. The author encourages readers to think about their own experiences of learning something new. This could help tutors connect with their students.
  3. Subscribers can try a 7-day free trial to access more content and support the publication. It's a good way to explore what the author offers.
Technology Made Simple β€’ 59 implied HN points β€’ 12 Oct 22
  1. The recursive function template provides a step-by-step guide to solving recursive problems, helping you avoid overwhelm and work through coding challenges smoothly.
  2. The template includes key components like checking termination cases, processing outcomes, handling recursive cases, and resetting side effects, making problem-solving structured and manageable.
  3. Isolating recursion into helper functions improves code organization, and future Technique Tuesdays may cover the power of helper functions in depth.
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Technology Made Simple β€’ 59 implied HN points β€’ 21 Sep 22
  1. The problem involves finding the longest substring with the same repeated character after replacing some characters. It's about choosing characters and performing operations.
  2. The examples illustrate how to approach the problem by changing characters in the string according to the constraints given.
  3. Constraints include the length of the input string, the character constraints in the string, and the limit on character replacements.
Technology Made Simple β€’ 39 implied HN points β€’ 09 Nov 22
  1. Brain teasers in interviews may seem simple but can be tricky to solve because of their deceptive simplicity.
  2. When stuck on a problem, look for something familiar to latch onto and analyze it in depth to gain clarity on possible solutions.
  3. Talking out loud about the problem can help make connections, leading to better problem-solving and understanding.
Technology Made Simple β€’ 39 implied HN points β€’ 23 Aug 22
  1. The newsletter shared a fun math problem that doesn't require advanced knowledge, great for problem-solving practice.
  2. The author offered a limited-time 50% discount to celebrate almost 50 questions completed in the newsletter.
  3. There was a special request for readers to fill out a form to recommend the newsletter to Substack for more visibility.
Technology Made Simple β€’ 39 implied HN points β€’ 08 Jun 22
  1. Analyzing inputs and breaking down problems into different cases can help in solving coding problems more effectively.
  2. Practicing the technique of case-by-case analysis can improve problem-solving skills, especially in software engineering and Leetcode questions.
  3. By breaking down complex problems into easier subproblems and solving them individually, one can pick low-hanging fruit, find clearer next steps, and get hints on solving harder cases.
Technology Made Simple β€’ 39 implied HN points β€’ 26 May 22
  1. Identifying a 'celebrity' in a group where everyone knows them but they know no one involves a logic puzzle with time complexity considerations.
  2. A key to solving the 'celebrity' problem efficiently is using the 'knows' method and a strategy to identify the person in O(N) time.
  3. Engaging with the author's content can involve liking posts, participating in surveys, or supporting them via Substack features.
Technology Made Simple β€’ 39 implied HN points β€’ 21 Apr 22
  1. The problem discussed involves finding safe nodes in a directed graph where every path from the node leads to a terminal node. It's important to identify safe and terminal nodes in the graph.
  2. The solution to the problem should return an array of safe nodes sorted in ascending order. It's crucial to sort the output for easy analysis and comparison.
  3. By focusing on graph exploration techniques like reachability and cycle detection using DFS can help in solving similar problems efficiently. These techniques are essential for navigating through complex graphs.
Technology Made Simple β€’ 19 implied HN points β€’ 08 Aug 22
  1. Finite State Machines (FSMs) are like directed graphs that help in understanding the flow of a program. Nodes represent states and edges show reachable states.
  2. FSMs are useful for filtering input based on rules and when a system is defined by a set of conditions, like in Regex applications.
  3. Mastering FSMs involves patience, practice, and hands-on coding of theoretical concepts to understand and implement them effectively.
Technology Made Simple β€’ 19 implied HN points β€’ 06 Jul 22
  1. The problem describes a scenario where a robot moves on an infinite plane following specific instructions and determines if it remains within a circle.
  2. The instructions for the robot include moving one unit forward, turning left or right by 90 degrees, and endlessly repeating those instructions.
  3. By understanding the movement of the robot based on the given instructions, it is possible to determine if the robot stays within a circle on the plane.
Technology Made Simple β€’ 19 implied HN points β€’ 24 May 22
  1. Structuring arguments is crucial for AI, Data Science, and similar fields where tests and simulations are common.
  2. The concepts in the math video are not difficult and can help build probabilistic intuition.
  3. Using fun math at parties can leave a lasting impression - it's a great way to dazzle friends, crushes, or even bosses.
Brad DeLong's Grasping Reality β€’ 0 implied HN points β€’ 08 Dec 25
  1. Active reading is a hands-on way of reading where you annotate, flip pages, and mentally converse with authors to really understand ideas. Only a small slice of people have trained their brains to do this well.
  2. Large language models can act like β€˜author bots’ that let readers have interactive dialogues with texts, summarise arguments, and answer questions, providing a shortcut to the benefits of active reading. They can serve as tutors so people don’t need years of training to think like hyperliterate readers.
  3. The practical path is many domain-specific, lean AI assistants that summarise material, use RAG, and act as bespoke tutors offering competing voices. This approach is likely more useful and economically viable than just building ever-larger general-purpose models.
Venture Prose β€’ 0 implied HN points β€’ 22 Oct 15
  1. Revolution in online academic support includes interactive videos and engaging content to make learning fun and effective for students.
  2. There is a significant demand for academic help, with over 40 million private lessons given annually in France.
  3. Platforms like Schoolmouv.fr are innovating by providing high-quality video lessons to students for autonomous learning, aiming to become a leader in the field in Europe.