@alphakep: Zen vs Nwpo is becoming one of the best match ups RLCS has ever had😍😳 (LIVE EVERYDAY) #rocketleague #fyp #AlphaKep #gaming #fy #rocketleagueclips #viral

AlphaKep
AlphaKep
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Tuesday 01 April 2025 18:41:52 GMT
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guigui_sous_dopage
Guigui 𓂆🇮🇹 :
dralii better than nwpo 🙏😭
2025-05-13 06:18:05
1
moh1u38
Moh1u :
Nwpo played better but vit as a team were better
2025-04-01 20:36:15
115
txxtoo1
txxtoo1 :
Poor nwpo carrying so hard while zen have a seuperstar teammates
2025-04-01 22:35:41
26
lgnd_9
شبيب 🇸🇦 :
Rise was ghosting in this series
2025-04-01 23:31:31
16
made_you_look_lol
Jøśĥ (ark) 💎🐐💎 :
zen gets glazed too much
2025-04-01 18:49:37
3
alphaaffect.rl
🌼Alpha🌼 :
Real
2025-04-01 18:46:27
1
vatrixxrl
￴￴José 🫆🦭🐈🦦🦢 :
first W nepo
2025-04-01 18:45:54
2
im.washed.eu.3
Im Washed Eu <3 :
OMG WHAT A SAVE BY ZEN IN THE SECOND CLIP OMG OMG OMG SO GOOD
2025-05-15 04:13:56
0
jakeanderson.23
Jake :
Greatest rivalry and duo
2025-04-10 12:15:05
0
irolle67
RoLLer :
Be honest nwpo is better overall but Vit played well as team, on contrary twisted
2025-04-10 18:54:09
0
sebu.abou
sebby :
Your a good boy kep
2025-04-01 19:26:32
0
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OPERATIONAL AMPLIFIERS (OP-AMPS) | COMPLETE EXPLANATION! 🧠📚 In this video, we explore operational amplifiers, their circuits, and the mathematics behind how they work! I cover the major OP-AMP configurations, explain their equations, and derive results using nodal analysis instead of simply memorising formulas. 🔥 📌 WHAT WE COVER: 🔹 Inverting Amplifier — understanding the gain and why the output is inverted. 🔹 Non-Inverting Amplifier — analysing the circuit and deriving its voltage gain. 🔹 Voltage Follower — understanding unity gain and why it is useful as a buffer. 🔹 Summing Amplifier — combining multiple input signals into one output. 🔹 Difference Amplifier — amplifying the difference between input voltages. 🧮 We also work through the equations and derive some of them using nodal analysis, applying circuit principles to understand where the results come from. The goal isn't just to memorise OP-AMP formulas. It's to understand the circuits, follow the analysis, and know how to derive the equations yourself! ⚙️💡 If you're studying Electricity and Electronics, Electrical Engineering, Electronics or Circuit Analysis, save this video for revision! 📚⚡ Understand the circuit. Derive the equation. Master the electronics. 🔥 #OperationalAmplifier #OpAmp #Electronics #ElectricalEngineering #CircuitAnalysis #NodalAnalysis #AnalogElectronics #Engineering #EngineeringStudent #ElectricityAndElectronics #STEM #Physics #ElectronicsTutorial #EngineeringEducation #LearnElectronics #StudyTok #EngineeringTok #upengineering#LearningByTeaching #EBN122 #EBN111 #viral #foryou #FYP
OPERATIONAL AMPLIFIERS (OP-AMPS) | COMPLETE EXPLANATION! 🧠📚 In this video, we explore operational amplifiers, their circuits, and the mathematics behind how they work! I cover the major OP-AMP configurations, explain their equations, and derive results using nodal analysis instead of simply memorising formulas. 🔥 📌 WHAT WE COVER: 🔹 Inverting Amplifier — understanding the gain and why the output is inverted. 🔹 Non-Inverting Amplifier — analysing the circuit and deriving its voltage gain. 🔹 Voltage Follower — understanding unity gain and why it is useful as a buffer. 🔹 Summing Amplifier — combining multiple input signals into one output. 🔹 Difference Amplifier — amplifying the difference between input voltages. 🧮 We also work through the equations and derive some of them using nodal analysis, applying circuit principles to understand where the results come from. The goal isn't just to memorise OP-AMP formulas. It's to understand the circuits, follow the analysis, and know how to derive the equations yourself! ⚙️💡 If you're studying Electricity and Electronics, Electrical Engineering, Electronics or Circuit Analysis, save this video for revision! 📚⚡ Understand the circuit. Derive the equation. Master the electronics. 🔥 #OperationalAmplifier #OpAmp #Electronics #ElectricalEngineering #CircuitAnalysis #NodalAnalysis #AnalogElectronics #Engineering #EngineeringStudent #ElectricityAndElectronics #STEM #Physics #ElectronicsTutorial #EngineeringEducation #LearnElectronics #StudyTok #EngineeringTok #upengineering#LearningByTeaching #EBN122 #EBN111 #viral #foryou #FYP

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