Thank you.

Thank you.

Thank you.

@computer-training-for-seniors Why Electric Car Batteries Are Heavy: Electric car batteries are indeed heavier compared to traditional gasoline-powered vehicles due to several reasons: Energy Density: Lithium-ion batteries, which are commonly used in electric cars, have a higher energy density but are heavier than the fuel used in internal combustion engines. This higher energy density allows electric cars to travel longer distances on a single charge but contributes to their overall weight. Battery Size: Electric vehicles require large battery packs to store enough energy for adequate driving range. The size of these battery packs adds significant weight to the vehicle. Safety Considerations: Battery safety is crucial in electric vehicles, and manufacturers often incorporate additional protective measures such as cooling systems and structural reinforcements, which can increase the weight of the battery system. Performance Requirements: Electric car batteries need to deliver power efficiently to drive the vehicle’s electric motor. This requirement often leads to using materials that enhance performance but add weight to the battery pack. Cost Considerations: The cost of lightweight materials and advanced technologies needed to reduce the weight of electric car batteries can be prohibitive for mass production, leading manufacturers to prioritize factors like range and durability over weight reduction. Impact of Heavy Batteries on Driving Dynamics: While heavy batteries in electric cars contribute to their overall weight, there are both advantages and disadvantages when it comes to driving dynamics: Advantages: Lower Center of Gravity: The placement of heavy batteries in electric cars can result in a lower center of gravity, improving stability and handling. Regenerative Braking: Electric vehicles utilize regenerative braking systems that help recharge the battery while slowing down, reducing wear on traditional brakes. Disadvantages: Increased Inertia: The added weight from batteries can increase inertia, affecting acceleration and maneuverability. Suspension Tuning: Manufacturers may need to adjust suspension settings to accommodate the extra weight, potentially impacting ride comfort and handling. Efforts Towards Lightweight Electric Car Batteries: To address concerns about the weight of electric car batteries, researchers and manufacturers are actively working on various strategies: Material Innovations: Developing lighter materials for battery components without compromising performance or safety is a key focus area for reducing overall battery weight. Advanced Manufacturing Techniques: Implementing innovative manufacturing processes can help optimize the design and construction of battery packs to minimize unnecessary weight. Integration with Vehicle Design: Designing electric vehicles from the ground up with lightweight structures and efficient packaging of components can help offset the impact of heavy batteries on overall vehicle weight. In conclusion, while electric car batteries are inherently heavier than traditional fuel systems, ongoing advancements in technology and design aim to mitigate this issue by improving efficiency, performance, and safety without compromising driving dynamics or range capabilities.

Electric car brakes last > 5X an ICE car as the car is generally stopped using the motor to regenerate electricity. because of the regeneration combined with manual brakes in an extreme braking situation they stop just fine.

@@jjamespacbell Rubbish.

@@scienceandtechexploration-168 Crap.

I hope the training you give to seniors is more fact based than your response​@@computer-training-for-seniors

Why do you think so?

Traditional Gas Guzzler vs. Fuel-Efficient Vehicles When comparing a traditional gas guzzler to a fuel-efficient vehicle, the key factor to consider is the fuel economy of the vehicle. A traditional gas guzzler typically refers to a vehicle that has poor fuel efficiency, meaning it consumes a large amount of fuel for the distance traveled. On the other hand, a fuel-efficient vehicle, often referred to as a “sipper,” is designed to maximize the number of miles it can travel per gallon of fuel consumed. Factors Affecting Fuel Efficiency Several factors contribute to the fuel efficiency of a vehicle: Engine Efficiency: The design and technology of the engine play a significant role in determining how efficiently it converts fuel into energy for propulsion. Vehicle Weight: Heavier vehicles require more energy to move, leading to higher fuel consumption. Aerodynamics: The shape and design of the vehicle impact its aerodynamic efficiency, affecting fuel consumption at higher speeds. Driving Habits: Aggressive driving behaviors such as rapid acceleration and braking can decrease fuel efficiency. Maintenance: Regular maintenance, including proper tire inflation and engine tune-ups, can help improve fuel efficiency. Fuel Efficiency Ratings The Environmental Protection Agency (EPA) in the United States provides standardized fuel efficiency ratings for vehicles based on laboratory testing procedures. These ratings include city, highway, and combined mileage estimates measured in miles per gallon (mpg). The highway mpg figure represents the estimated fuel efficiency when driving at higher speeds on highways or freeways. Conclusion In conclusion, while a car that gets 41 miles per gallon on the highway may be considered fuel-efficient compared to traditional gas guzzlers, it is essential to consider various factors that contribute to overall fuel efficiency. By understanding these factors and choosing vehicles with higher mpg ratings, individuals can make more environmentally friendly and cost-effective transportation choices.

This is for education and sharing information only. Thank you.

Thank you.

Degradation of electric vehicle batteries is indeed true.

@@scienceandtechexploration-168 Hi! Look at my thread, my back and forth with this channell. Doesn't their replies sounds also ai generated? Like it is tying to propagate this EV nonsense? I feel cheated. Anyway, best wishes from Prague, Czech republic! ✌️🙂

@@Gotcha6666 Yes it is an AI demon.

Calculating EV Battery Degradation: To calculate the time it takes for an electric vehicle (EV) battery to decline to 73% of its maximum charge based on an average degradation rate of 7.3% per year, we can use the formula for exponential decay: 𝑃(𝑡)=𝑃0×𝑒−𝑘𝑡 Where: 𝑃(𝑡) is the percentage of remaining capacity after time 𝑡 𝑃0 is the initial percentage of capacity (100% in this case) 𝑘 is the decay constant (ln(1 - degradation rate)) 𝑡 is time in years Given that the degradation rate is 7.3%, the decay constant 𝑘=𝑙𝑛(1−0.073)≈−0.0778. Substitute these values into the formula: 𝑃(𝑡)=100×𝑒−0.0778𝑡 We want to find when 𝑃(𝑡)=73, so: 73=100×𝑒−0.0778𝑡0.73=𝑒−0.0778𝑡𝑙𝑛(0.73)=−0.0778𝑡𝑡≈−𝑙𝑛(0.73)/0.0778≈10.03years Therefore, at an average degradation rate of 7.3% per year, an EV battery would take approximately 10.03 years to decline to 73% of its maximum charge.

And I own a 50 year old ICE vehicle that gets almost the same MPG.

@@operationsword9457 To maintain fuel efficiency in an older vehicle, regular maintenance is crucial. Ensure timely tune-ups, clean or replace air filters, check tire pressure, and use the recommended grade of motor oil. Consider upgrading to modern fuel injection systems or ignition systems for improved efficiency. Additionally, driving habits play a significant role; practicing smooth acceleration and deceleration can positively impact fuel consumption. Regularly monitoring and addressing any issues promptly can help sustain fuel efficiency in your aging vehicle.

@@scienceandtechexploration-168 lol ya what you said.

@operationsword9457 Thank you.

Your correction of my video is much appreciated. Thank you.

Electric Vehicle (EV) batteries do degrade over time, impacting their performance and range. However, advancements in battery technology are continuously improving to address this issue. When comparing the environmental impact of EVs versus ICE vehicles, it's essential to consider the entire lifecycle. While EV production and battery disposal have environmental implications, EVs generally have lower emissions during operation than ICE vehicles, especially when charged using renewable energy sources. Therefore, despite battery degradation challenges, EVs still offer a more sustainable transportation option in the long run.

thank you.

@@scienceandtechexploration-168 Do you wanna kbow why I hate it? Becouse I come to RU-vid when momentarely lacking human interaction in real life, so that's why some computer voice reading me an article won't ever work for me.

Of course, I know how you are feeling right now. It's understandable that you prefer human interaction over computer-generated voices on RU-vid. The personal touch and emotional connection from real human voices can't be replicated by machines. Many users value the authenticity and warmth that human interaction provides, especially when seeking engagement or entertainment online. Automated readings may lack the empathy and nuances that human voices naturally convey, making them less appealing for those craving genuine human connections.

@@scienceandtechexploration-168 And I of course understand that not everybody is blessed or have the resources or the language capabilities to make a great narration. In that case it is most definitely better to do it this way instead of having unsatisfactory results by human voice over... Anyway, I apritiate your reaction and wish you all the best! Respect!

We appreciate your understanding. Sincerely.❤️❤️❤️.

In a Cybertruck, there are approximately 1360 individual cells making up the battery pack. Each cell plays a crucial role in the overall performance of the battery. If one cell fails or leaks, it can impact the efficiency and capacity of the battery. However, the battery management system in electric vehicles like the Cybertruck is designed to handle such situations. When a cell malfunctions, the system can isolate it to prevent further damage and ensure the safety and functionality of the overall battery pack. Regular monitoring and maintenance are essential to detect and address any cell issues promptly

The "car" is totaled...

@@operationsword9457 When an electric vehicle (EV) is deemed totaled, it's crucial to follow specific steps. Firstly, ensure the safety of all involved and contact relevant authorities. Next, inform your insurance company and assess the extent of the damage. Depending on the insurance policy, you may receive compensation for the totaled EV. Consider salvaging usable parts or recycling the vehicle responsibly. Lastly, explore options for replacing the EV, considering factors like efficiency, cost, and environmental impact.

@@scienceandtechexploration-168 Many are totalling their ev's on purpose. They'd rather get a 20% loss then 100%

@operationsword9457 Electric Vehicle Battery Degradation: Electric vehicle batteries degrade over time due to various factors such as usage patterns, temperature fluctuations, charging habits, and overall battery chemistry. One common concern with EV batteries is the phenomenon of capacity fade, where the battery loses its ability to hold a full charge over time. This degradation can impact the driving range and performance of the EV. Depth of Discharge and Battery Longevity: The depth of discharge (DoD) refers to how much of the total battery capacity is utilized before recharging. Shallow discharges (e.g., only using 20% of the battery’s capacity before recharging) are generally less stressful on the battery compared to deep discharges (e.g., using 80-100% of the battery’s capacity). By avoiding deep discharges and keeping the DoD low, some EV owners believe they can mitigate battery degradation and extend its lifespan. Battery Management Systems: Modern electric vehicles are equipped with sophisticated Battery Management Systems (BMS) that monitor and control various aspects of the battery operation. These systems help optimize charging patterns, prevent overcharging or deep discharging, and ensure the overall health of the battery pack. BMS technology plays a crucial role in maximizing battery longevity and performance. Balancing Battery Health and Range Anxiety: While intentional partial discharges may benefit long-term battery health, they can also lead to range anxiety for some EV drivers. Range anxiety refers to the fear or concern about running out of battery power before reaching a charging station. Balancing between preserving battery longevity and addressing range anxiety is essential for maximizing both the lifespan of the EV battery and user convenience. Conclusion: In conclusion, intentionally partially discharging an electric vehicle’s battery as a strategy to preserve its longevity is a practice adopted by some EV owners. By managing the depth of discharge and leveraging advanced Battery Management Systems, individuals aim to strike a balance between maintaining battery health and addressing range concerns in their daily driving routines.

Your correction of my video is much appreciated. Thank you.

Some of them do so are you impressed?

@Jens_DL It would undoubtedly revolutionize the automotive industry. The range of an electric vehicle is primarily determined by advancements in battery technology. As battery technology continues to evolve, we are moving closer to bridging the gap between electric and fossil fuel vehicle ranges. Once electric vehicles can match or exceed the range of fossil fuel vehicles, it would significantly boost their appeal to consumers, leading to a substantial increase in their popularity and adoption rates. This advancement would not only benefit the environment but also drive innovation and competition in the automotive sector.

@chrisnewman7281 Electric vehicles (EVs) have made significant strides in recent years, offering environmentally friendly alternatives to traditional combustion engine vehicles. The advancements in EV technology, such as improved battery life, faster charging times, and increased driving range, have indeed been impressive. The growing infrastructure supporting EVs, including charging stations and government incentives, further enhances their appeal. Overall, the innovation and sustainability of EVs are commendable, making them a compelling choice for eco-conscious consumers and driving the shift towards a greener future.

already do wake up

@@flodjod thank you.

@andrekruger135 I appreciate you informing me. I'll improve it for the next video. Thank you.🙏🙏🙏🙏

@andrekruger135 Top 10 Electric Car Models in the USA for 2024: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-7N5ifflXgus.html

thank you.

Thank you.

Thank you.

I appreciate you reminding me.

One of the most promising second life applications for degraded EV batteries is their utilization in stationary energy storage systems. These batteries, though no longer suitable for electric vehicles due to reduced capacity, can still store significant amounts of energy. By repurposing them for stationary storage, they can help store renewable energy generated from sources like solar panels or wind turbines. This not only extends the useful life of the batteries but also contributes to sustainable energy practices by reducing reliance on non-renewable sources. Additionally, these batteries can be used in off-grid applications, emergency backup power systems, or even in residential energy storage units. The versatility and cost-effectiveness of using degraded EV batteries in stationary energy storage make it a promising and environmentally friendly solution.

This is for education and provides information only. Thank you.

Thank you so much

😊😊😊😊😁😁😁😁

🙏Your valuable advice is greatly appreciated.

Of course, we are hopeful.

I appreciate your valuable advice. Illegal human experimentation and torture are serious ethical violations that must be addressed. It is crucial to investigate any claims of such activities and ensure the protection of individuals' rights and well-being. Authorities and organizations should thoroughly examine these allegations to prevent any further harm and uphold ethical standards in scientific and medical research. Collaboration between experts, legal entities, and advocacy groups is essential to address these complex issues effectively.

It's obvious that I did it. I'm sorry, but I don't have any video footage of fuel vehicles.

Fenbendazole, commonly used as an anti-parasitic medication for animals, has gained attention for its potential anti-cancer properties. Joe Tippens popularized its use as a cancer treatment. While there is anecdotal evidence supporting its efficacy, scientific research on Fenbendazole's direct impact on cancer in humans is limited. It's crucial to consult healthcare professionals before considering unconventional treatments like Fenbendazole for cancer. Always prioritize evidence-based medical advice and treatment options tailored to your specific condition.

Of course, it's better if we prevent cancer before it happens on ur body. Thank God 🙏.

Correct, that's true. Thank you.

Thank you for your advice. 🙏

@@scienceandtechexploration-168 Welcome

type 2 diabetes

How long it's gonna take ...???

The timeline for achieving a cell therapy cure for Type 2 diabetes is challenging to predict precisely due to the complexities involved in research, clinical trials, and regulatory approvals. However, significant advancements in cell therapy research offer hope for potential cures in the future. Realistically, it may take several years, possibly a decade or more, before a cell therapy cure for Type 2 diabetes becomes widely available. Researchers are actively working on innovative approaches, but the process requires thorough testing to ensure safety and efficacy before reaching patients. While the timeline is uncertain, ongoing progress in the field brings optimism for the eventual development of a cell therapy cure for Type 2 diabetes.

Thank you. We will provide more value and incredible detail videos on this channel 💕.