AnsatzCode

BreachScan, a simple Python tool that checks if your password has ever been exposed in a data breach. 🔐 Uses SHA-1 hashing + k-anonymity ⚡ Fast, privacy-focused API checks 🛡️ No password is ever sent in plain text Check it out 👇 github.com/Bemaa01/Breach… #code #Python

Neural networks and machine learning

@PythonPr ❤️❤️❤️❤️❤️❤️❤️❤️

@T_A_K_E_N_1 Finally, someone said it 💯💯

There are two possible outcomes in trading or gambling Winning and losing. When you win, that’s straightforward You’ve come out ahead and succeeded in that moment. But when you lose, it’s important to understand that a future win doesn’t “recover” the past loss. It simply creates new profit from a new outcome. The previous money is already gone, what comes next is a separate result, not a correction of the past. Thinking this way can be important for mental discipline. It helps you avoid the trap of chasing losses or becoming overly greedy, and keeps you focused on making clear, independent decisions each time.

@codewithsamzy Thanks bro 💯 🫂 I'll definitely try to add that feature and update it, but it won't apply to every password since some are just too common and have been exposed in multiple data breaches.

@Ansatz_py Solid bro💪 You could make it even better by showing users where the breach came from and when it happened, so they understand the risk. Also, adding options to check emails (not just passwords) could make it more useful. Nice tool overall.

BreachScan, a simple Python tool that checks if your password has ever been exposed in a data breach. 🔐 Uses SHA-1 hashing + k-anonymity ⚡ Fast, privacy-focused API checks 🛡️ No password is ever sent in plain text Check it out 👇 github.com/Bemaa01/Breach… #code #Python

@Elijahcryp Thanks bro 💯

@Ansatz_py Nice tool man

BreachScan, a simple python tool that checks if your password has ever been exposed in a data breach.

5. Dielectrics & Mediums Coulomb’s Law assumes a vacuum. In materials like water, oil, or plastic, atoms polarize, creating tiny opposing fields that reduce the total force. Therefore applying the vacuum value would overestimate the actual force.

Actually the answer is "NO". I mean, “Every electrostatics problem makes you think: ‘Coulomb’s law!’ But it doesn’t always work directly... Here's why ...👇

4. Behavior of Conductors In a static conductor, charges move until the internal electric field is zero. Ignoring induced charges gives wrong results. Conductors “shield” the interior. The Method of Images uses imaginary charges to simplify calculations.

3. High Symmetry & Gauss’s Law For shapes like infinite sheets, cylinders, or spheres, direct integration is messy. Gauss’s Law lets you calculate the electric field(E) from the total flux through a surface. Once you have (E), force is simply (F = qE), bypassing the (1/r^2) sums.

2. Continuous Charge Distributions When charge is spread out, you can’t just pick a single “center” (unless it’s a perfect sphere). Instead you treat the object as tiny infinitesimal charges, apply Coulomb’s Law to each, then integrate to find the total force.

1. The "Point Charge" Limitation ✅ Coulomb’s Law is strictly for point charges, objects where size is negligible relative to distance. It works "out of the box" for a few isolated electrons where you can simply sum the force vectors.

Does Coulomb’s law always work directly in electrostatics?

Great reminder that in Web3 the attack surface isn’t just code, it’s people. Social engineering is becoming one of the biggest threats in crypto, especially during bull markets when everyone is moving fast. A little verification can prevent a major compromise.

Threat actors are now posing as VCs to target Web3 developers. The playbook is simple but effective: attackers reach out on LinkedIn pretending to represent venture funds, expressing interest in the project or offering potential investment. Once the conversation moves forward, they schedule a “meeting” and send a Zoom or Google Meet link. In some cases the links lead to malicious downloads or credential-harvesting pages designed to compromise the developer’s device or accounts. This type of attack relies heavily on social engineering and trust rather than traditional exploits. As the Web3 ecosystem grows and capital flows in, these campaigns are becoming more common. Bull markets don’t just attract investors they attract more sophisticated scams too. #cybersecurity #web3転職

@codewithsamzy @Bema_AD Probably that's why it's not in sync 🤔. Thanks bro, I'll check it out right now.

@Ansatz_py @Bema_AD This is really cool but don't you feel the 0.01 you used feels slow bro

Built a Python script that displays lyrics in sync while “Need You” by Fireboy plays 🎧🐍 It times each line and prints the lyrics character-by-character as the song progresses. N:B: The video isn’t fully in sync with the song, but it still shows how the project works. More👇👇

For this demo I used “Need You” by Fireboy. What the script does: • Uses Python timing logic • Prints text gradually for a live effect Simple project, but it helped me practice timing logic and scripting in Python.

@BadMemeArchive Physics left the chat 😭😂