Como REALMENTE aprender Matemática e Física (Mesmo sendo BURRO)

Summary

In this video, the speaker shares a unique approach to studying math and physics effectively. Rather than memorizing formulas, the emphasis is on understanding and deriving them. The speaker highlights the importance of linking concepts and proves formulas as a method of reinforcement. They advocate for an efficient study strategy that saves mental energy, improves retention, and boosts confidence, especially for competitive exams like the ITA. The video also recommends Universo Narrado courses for a deeper, understanding-based learning experience.

Takeaways

• 😀 Avoid memorizing formulas without understanding their derivations. It's more efficient to deduce formulas from basic principles.
• 😀 🔍 Formula memorization isn't always necessary. Instead, focus on understanding the underlying principles and relationships between equations.
• 😀 📚 Reflect on what you're studying and identify when you can deduce information rather than memorizing it.
• 😀 💡 Proving formulas and principles in exercises helps to reinforce learning and deepen understanding, making it easier to remember them.
• 😀 🧠 Focusing on mastering a few key formulas and deriving others from them can save mental energy and improve recall.
• 😀 🚫 Avoid the 'memorization trap' that many students fall into, where they try to memorize vast amounts of information without understanding how things are connected.
• 😀 🤔 Deduce from the fundamental laws of physics or math (e.g., understanding acceleration leads to deriving the velocity equation) to reduce the amount of memorization required.
• 😀 💪 Building critical thinking through exercises where you derive formulas helps solidify understanding, especially in problem-solving situations.
• 😀 🏆 Use resources that emphasize understanding over rote memorization, like the 'Universo Narrado' platform, to ensure deeper learning.
• 😀 🔄 If you forget a formula, don't panic! Having multiple ways to derive or prove the formula gives you confidence and guarantees you'll understand the solution.

Q & A

What is the main approach to studying physics and mathematics suggested in the video?

The speaker suggests focusing on understanding the core concepts and relationships between formulas rather than memorizing them. By deriving and proving formulas, students can better grasp the material and save mental energy.

Why does the speaker emphasize 'not memorizing everything' when studying?

Memorizing everything can be overwhelming and inefficient. The speaker encourages students to understand the derivations and relationships between formulas instead, which helps with retention and application in problems.

How does the speaker recommend handling complex formulas?

Instead of memorizing a large number of formulas, the speaker suggests memorizing one key formula and deriving others from it. This approach saves mental space and helps link different concepts together.

What is the importance of proving formulas, according to the speaker?

Proving formulas helps deepen understanding and allows students to see how formulas are derived, which makes them easier to remember. It also gives students a critical mindset for applying formulas in various situations.

Can you explain the speaker's approach to solving physics problems, specifically in kinematics?

The speaker only memorized the basic definition of acceleration and derived the kinematic equations from it. By understanding the fundamental principles, the speaker could solve problems by applying derivations rather than relying on memorization.

How does the speaker use the example of triangles to illustrate their study approach?

The speaker suggests choosing one formula for a triangle (like the area formula) and deriving other formulas from it as needed, rather than memorizing every possible formula related to triangles.

Why does the speaker stress the importance of reflecting while studying?

Reflecting on what you’re studying helps ensure deeper comprehension. It allows you to connect new knowledge with what you already know and facilitates the process of deriving other concepts rather than memorizing them.

What role does exercise play in the learning process, according to the speaker?

The speaker believes that solving a lot of exercises and applying formulas to specific problems helps reinforce learning. It also aids in understanding the underlying principles behind formulas, not just their application.

What is the speaker's opinion on traditional courses that rely heavily on memorization?

The speaker criticizes traditional courses that focus primarily on rote memorization of formulas. They believe such courses fail to provide a deep understanding of the material, making it harder for students to apply the knowledge effectively.

How does the speaker recommend preparing for competitive exams like ITA?

The speaker recommends using resources like 'Universo Narrado,' which teaches math and physics in a way that emphasizes understanding and deriving formulas, rather than memorizing them. This method is particularly beneficial for exams like ITA, where critical thinking is key.