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@marshall_chavez: Pt. 1 Of my GYM humiliation ritual. I just can't catch a break here lol. What would y'all have done? #newgym #storytime #truestory #fyp #gymfail

Marshall
Marshall
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Region: US
Friday 29 May 2026 17:00:02 GMT
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therealmrstacy71
Stacy Witcher :
I travel a lot for work so almost every other week I have to get a day pass somewhere and be the new guy. I hate it.
2026-05-29 18:19:27
1
betox749
betoX :
Don’t overthink it. I’m lucky if any dude actually cleans or even washes their hands when they leave the toilet. I’ve been to A LOT of gyms …my advise. Clean what you can, put on your music, bring a little towel for yourself if you like, and most importantly…don’t pay attention to other people…just do your thing homie and you’ll realize no one even cares 🙌🏽🫶🏽
2026-05-29 18:03:39
3
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Nabíhejte @_.BADDIEGIRLS._ #virall #foruyou #foryourpage #dance #fyp @itz._vany14
Nabíhejte @_.BADDIEGIRLS._ #virall #foruyou #foryourpage #dance #fyp @itz._vany14
سلسلة أحرف خ-شعر #f #شعروقصايد #تصميم_فيديوهات🎶🎤🎬 #صلوا_على_رسول_الله #منشن_البيست_فريند
سلسلة أحرف خ-شعر #f #شعروقصايد #تصميم_فيديوهات🎶🎤🎬 #صلوا_على_رسول_الله #منشن_البيست_فريند
Explanation of the 18650 Lithium-Ion Battery Connections This image shows two different ways to connect 18650 lithium-ion batteries: parallel connection and series connection. Each battery is rated at: Battery type: 18650 Lithium-Ion Voltage: 3.7V nominal Capacity: 2200mAh (2.2Ah) 1. Parallel Connection (Top Image) In the top image, four batteries are connected in parallel. Connection: All positive (+) terminals are connected together. All negative (−) terminals are connected together. Output: Voltage: 3.7V Capacity: 8.8Ah (8800mAh) Calculation: Voltage = 3.7V Capacity = 2.2Ah × 4 = 8.8Ah Applications: Power banks Portable electronic devices 3.7V battery packs 2. Series Connection (Bottom Image) In the bottom image, four batteries are connected in series. Connection: The positive (+) terminal of one battery connects to the negative (−) terminal of the next battery. The output is taken from the two free terminals at the ends of the series-connected pack. Output: Voltage: 14.8V Capacity: 2.2Ah (2200mAh) Calculation: Voltage = 3.7V × 4 = 14.8V Capacity = 2.2Ah Applications: Portable power supplies Battery-powered equipment Some solar and electronic projects 3. Difference Between Series and Parallel Connections Feature Parallel Connection Series Connection Number of batteries 4 4 Voltage 3.7V nominal 14.8V nominal Capacity 8.8Ah 2.2Ah Energy 32.56Wh 32.56Wh Connection Positive to positive, negative to negative Positive to negative Main benefit Higher capacity at the same voltage Higher voltage at the same capacity 4. Important Safety Precautions ⚠️ Use batteries of the same type, capacity, and similar condition. Use a suitable Battery Management System (BMS) to protect against overcharging, over-discharging, and excessive current. For a 4-series lithium-ion pack, use a compatible 4S BMS. A standard 3.7V lithium-ion cell typically charges to 4.2V when fully charged. Therefore, a 4S pack reaches 16.8V when fully charged, not 14.8V. Never connect batteries with different voltages directly in parallel, as a large equalization current can flow. Avoid short circuits, overheating, and incorrect polarity. Conclusion: A parallel connection increases battery capacity, while a series connection increases voltage. Both arrangements contain the same total nominal energy when using four identical batteries.#francetiktok #basicelectronics #foryou #electronic #electronicseducation
Explanation of the 18650 Lithium-Ion Battery Connections This image shows two different ways to connect 18650 lithium-ion batteries: parallel connection and series connection. Each battery is rated at: Battery type: 18650 Lithium-Ion Voltage: 3.7V nominal Capacity: 2200mAh (2.2Ah) 1. Parallel Connection (Top Image) In the top image, four batteries are connected in parallel. Connection: All positive (+) terminals are connected together. All negative (−) terminals are connected together. Output: Voltage: 3.7V Capacity: 8.8Ah (8800mAh) Calculation: Voltage = 3.7V Capacity = 2.2Ah × 4 = 8.8Ah Applications: Power banks Portable electronic devices 3.7V battery packs 2. Series Connection (Bottom Image) In the bottom image, four batteries are connected in series. Connection: The positive (+) terminal of one battery connects to the negative (−) terminal of the next battery. The output is taken from the two free terminals at the ends of the series-connected pack. Output: Voltage: 14.8V Capacity: 2.2Ah (2200mAh) Calculation: Voltage = 3.7V × 4 = 14.8V Capacity = 2.2Ah Applications: Portable power supplies Battery-powered equipment Some solar and electronic projects 3. Difference Between Series and Parallel Connections Feature Parallel Connection Series Connection Number of batteries 4 4 Voltage 3.7V nominal 14.8V nominal Capacity 8.8Ah 2.2Ah Energy 32.56Wh 32.56Wh Connection Positive to positive, negative to negative Positive to negative Main benefit Higher capacity at the same voltage Higher voltage at the same capacity 4. Important Safety Precautions ⚠️ Use batteries of the same type, capacity, and similar condition. Use a suitable Battery Management System (BMS) to protect against overcharging, over-discharging, and excessive current. For a 4-series lithium-ion pack, use a compatible 4S BMS. A standard 3.7V lithium-ion cell typically charges to 4.2V when fully charged. Therefore, a 4S pack reaches 16.8V when fully charged, not 14.8V. Never connect batteries with different voltages directly in parallel, as a large equalization current can flow. Avoid short circuits, overheating, and incorrect polarity. Conclusion: A parallel connection increases battery capacity, while a series connection increases voltage. Both arrangements contain the same total nominal energy when using four identical batteries.#francetiktok #basicelectronics #foryou #electronic #electronicseducation
الاتارب#عقبال كل مشتهي هل روحى❤️❤️❤️#
الاتارب#عقبال كل مشتهي هل روحى❤️❤️❤️#


La fraise blanche 🍓 #sadstory #fruitstory #france #brainrot
La fraise blanche 🍓 #sadstory #fruitstory #france #brainrot

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