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CONEVER FORGET the charge on the Anode and Cathode!
#gcsechemistry #grade9 #gcsescience #year11 #gcserevision #chemistry #studygram #chemistryrevision
@covalentcircle
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GEDiode: I'm a diode! 😊 I allow current to flow one way, block it the other. Think of me as an electronic check valve – current flows from Anode (+) to Cathode (-).
Zener Diode: I'm a Zener diode! 🚀 I regulate voltage by allowing current to flow backwards when a specific 'breakdown' voltage is reached. Used for voltage regulation and protection.
#Diode #ZenerDiode #Electronics
1. #Diode
2. #ZenerDiode
3. Electronics
4. Semiconductor
5. VoltageRegulation
6. CurrentControl
7. CircuitProtection
8. ElectronicComponents
9. Tech
10. Engineering
@geobrainscience2026
2.2M
MAChemistry class - Copper chloride practical explained #electrolysis #copperchloride #electrodes #anode #cathode #anions #cations #exams #revision #gcse #stem #school #science #combinedsciencegcse #chemistry
@mattgreen.jgm
99.6K
MT💧 Electrolysis of water is like giving water a superpower split 🤯! It uses electricity to break down water (H2O) into hydrogen (H2) and oxygen (O2) gases.
How it works:
1. Electrodes: Water contains electrodes (anode & cathode) with an electric current.
2. Splitting: Water molecules split into H+ and OH- ions.
3. Gas release: H2 forms at the cathode, O2 at the anode.
Uses:
Hydrogen fuel: Clean energy production
Oxygen supply: Industrial and medical uses
Research: Studying chemical reactions
💧 #ElectrolysisOfWater #HydrogenProduction #CleanEnergy #WaterSplitting #SustainableFuture
@mtishtech_international
466
ELCrystal Oscillator Kaise Kaam Karta Hai? #saifitechfix #techshorts #accircuits #viral
@electronic_compnent_ai_
9.4K
FU➡️Negative terminal (Cathode) → Hydrogen gas (H₂)
➡️Positive terminal (Anode) → Oxygen gas (O₂)
➡️બેટરીના બે ટર્મિનલ વચ્ચે પાણી દ્વારા કરંટ પસાર થાય છે
➡️પાણીમાં રહેલા આયન (ions) કારણે થોડું Electrolysis થાય છે,એટલે ટર્મિનલ પાસે બબલ્સ દેખાય છે
#istagram
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@fun_inscience
3.1M
BIwhat's your favorite metal in chemistry? source footage from Ysci Chemical Bonds: Ionic and Covalent, NanoRooms This physics rule built biology’s language. Here’s how. | EoB Ch1
review by Hunter, Kevin & Rodriguez, Jon-Marc & Becker, Nicole. (2022). A Review of Research on the Teaching and Learning of Chemical Bonding. Journal of Chemical Education. 99.
"We summarize alternative conceptions reported in our sample that relate to electrostatic models of ionic bonding, which are organized under the enduring understanding 'Because protons and electrons are charged, physical models of bonding are based on electrostatic forces.'
One of the most commonly reported alternative conceptions was the idea that ionic compounds are comprised of discrete pairs of ions rather than an extended lattice structure. For example, Taber et al. observed that secondary and university students may conceptualize electron transfer as resulting in molecule-like bonded ion pairs instead of individual atoms that are held together by electrostatic forces. Interestingly, from an analysis of secondary level general chemistry textbooks, Bergqvist and colleagues found that many textbooks specifically described ionic bonding as an electron transfer process and described an ion pair of sodium chloride as the “building element of the crystal”, framings which may contribute toward the idea that ionic compounds are comprised of molecules. It has also been noted that the common instructional practice of representing ionic bonding as the interaction between a single metal and nonmetal, instead of the more normative lattice network of atoms, may be further contributing toward this alternative conception."
#genchem #anion #cation #chemistry #ionicbond
@biochemedits
1.2K
CH✨ An ionic bond is a type of chemical connection where one atom "gives" one or more electrons to another atom. This transfer creates two oppositely charged ions that are then strongly attracted to each other, like magnets.
✨ How it Works
1). Electron Transfer: Typically, a metal atom loses electrons to become a positively charged cation. A non-metal atom gains those electrons to become a negatively charged anion.
2). Electrostatic Attraction: Because one is positive and the other is negative, they pull toward each other. This strong pull is the ionic bond.
3). Crystal Lattice: These ions don't just form isolated pairs; they pack together in a regular, repeating three-dimensional structure called a crystal lattice.
✨ Classic Example: Table Salt (NaCl)
• Sodium (Na): Has one lonely electron in its outer shell. It "wants" to get rid of it to be stable.
• Chlorine (Cl): Has seven electrons in its outer shell and "wants" one more to complete the set.
• The Bond: Sodium gives its electron to Chlorine. Sodium becomes Na+, Chlorine becomes Cl-, and they stick together to form Sodium Chloride.
✨ Key Properties
• High Melting Points: The bond is so strong it takes a lot of heat to break them apart.
• Brittleness: If you hit an ionic crystal, the ions shift; similar charges line up and repel each other, causing the crystal to shatter.
• Conductivity: They don't conduct electricity as solids, but they do when dissolved in water or melted, as the ions are free to move.
#ionicbondbetweenatoms #chemistrylove #chemistryreels #knowledgevideos
@chemistry.tales_
0
TILook at that shine! Pharmaceutical Reactor getting polished on the inside and outside for cleanability!
#Shine #TITANMADE #Polishing #Reactor
@titanmetalindustries
2.9M
IDSoldering Purity Testing #soldering #electronics #instagram #asmr
@ideasdiycreative
561
KNEver wondered how electrochemical cells work? Let's break it down!
*The Components:*
1. *Anode*: Where oxidation occurs, releasing electrons.
2. *Cathode*: Where reduction occurs, gaining electrons.
3. *Salt Bridge*: Maintains electrical neutrality by allowing ions to flow between the two half-cells.
*The Working Pattern:*
1. Oxidation at the anode releases electrons, which flow through the external circuit to the cathode.
2. Reduction at the cathode gains electrons, completing the circuit.
3. The salt bridge ensures electrical neutrality by allowing ions to flow between the half-cells.
*The Result:*
Electrochemical cells convert chemical energy into electrical energy, powering devices and enabling various applications.
Stay tuned for more science explanations!
#ElectrochemicalCells #Anode #Cathode #SaltBridge #chemistry #scienceexplained
#Electrochemistry
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#AnodeAndCathode
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@knowledge_institute
12.1K
SEMetals with nitric acid. 😊
#science #chemistry #chemical #biology #physics #metals #education
Music track: Harmony by Pufino
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Copyright Free Background Music
@sexyscience103
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