Consider an electron of charge ‘e’ revolving around a nucleus of charge ‘ze’, where ‘z’ is the atomic number and ‘e’ the charge on a proton. Let ‘m’ be the mass of the electron, ‘r’ be the radius of the orbit and ‘v’ the tangential velocity of the revolving electron. The electrostatic force of attraction
The Math Behind Bohr’s Atom: How to Calculate the Radius (r) of Electron Shells Read More »
The Bohr Model has an atom consisting of a small, positively-charged nucleus orbited by negatively-charged electrons. Here’s a closer look at the Bohr Model, which is sometimes called the Rutherford-Bohr Model Niels Bohr proposed the Bohr Model of the Atom in 1915. Because the Bohr Model is a modification of the earlier Rutherford Model, some
Bohr’s Atomic Model: The Bridge to Modern Physics Read More »
🧠 Science side 🌿 Mindfulness side ⚡ Quick tool (try this anytime chatter runs wild) It’s like pressing Ctrl+Alt+Del on your mental chatter/Overthinking.
How to Use Box Breathing for Better Sleep and Instant Stress Relief Read More »
Strenx 700 steels are a group of high-strength structural steels with a minimum yield strength between 650 and 700 MPa, depending on thickness. Strenx 700 is designed for demanding load-bearing applications, offering: Typical applications include heavy machinery, transportation equipment, lifting and handling components, and structural frameworks where strength and weight savings are critical. Strenx 700 steels meet
Engineering Lighter, Stronger Structures with Strenx 700 (S700MC) High-Strength Steel Read More »
S355MC is a hot-rolled, high-strength, low-alloy structural steel designed for cold forming and is specified by the EN 10149-2 standard. Here’s why S355MC steel is widely used and valued: In the steel grade name S355MC: Together, S355MC denotes a structural steel with a minimum yield strength of 355 MPa, microalloyed and optimized for cold forming applications. Property S355MC Steel Yield
Decoding S355MC: A Guide to High-Strength Low-Alloy (HSLA) Steel for Engineering Read More »