I'm ready to be out nerded

your heater vibrates just a tiny, tiny little bit as well as heating things up, meaning a very small percent is put into movement. Another is the light coming from it, however hard to see. That's about 97% efficiency.

🤓🤓🤓 Many sources of energy involve boiling water at some step, including geothermal energy and fossil fuels. The difference is in what makes the heat to boil the water. Nuclear power plants produce heat through fission reactions in which uranium is split apart into lighter atoms, which releases heat but also radiation in the form of light.

Nuclear energy harnesses the power of atomic fission to generate electricity. In a nuclear power plant, uranium atoms are split, releasing heat and energy. This heat is used to boil water, creating steam that drives turbines connected to generators, producing electricity. Nuclear energy is safe as long as the uranium is safely handled and the plant doesn't overheat, because that would cause uranium atoms to spread across nearby infrastructure.

English: Metal go split, make hot, water go hot, water become steam, steam power turbines. If metal plant go boom, bad bad, death death.

You're correct The reason why Chernobyl blew up is because well poor maintenance but if we manage everything well safe energy

thumbs up
also I am all for nuclear energy, everyone thinks its horrible but no its extremly safe

Actually it's actually one of the most safest and most efficient sources of energy we can still get but everyone's being stupid it doesn't want to transfer to it and that energy can last for hundreds of years

if handled properly and by complete idiots

I just made a simplified joke about the water being part of the process

Yeah but it's the safest and cleanest energy source

stop being intelligent

nah

The reason it vibrates is because the heater's to hot, bringing it up to about 98.56% (99.56% for being to hot) efficiency. The the light is the fire inside, bringing it up to 100%, excluding this---^, making it 110% efficient.

something can only be 100% efficient, because unless it says something like "we will heat up your house to 30 Celsius" and it heats it up to say 33C, but the heater does not say that so therefore the absolute limit is 100%, but if it was 100% efficiency it would be a perpetual machine, and that's not possible. so nah, its not 110% efficiency, but something like 97%

then bolt it down to keep it still and get one that doesn’t have a light or just remove the light and replace it with something else

you cant thats not how it works

IT IS NOW-

*insert didnt have to cut me off meme*

b dum

idk what thats means but okay

oha diyon

Underrated

NAH

Movement, Sound

Most electric heat pumps have a 300 to 400% efficiency when it comes to heating things up

That means its still not 100%

Upvoted

Resistive heaters are 100% efficient per massive Youtube channel Technology Connections

Achieving 100% output from an energy source refers to a scenario where the generation capacity of that source is fully utilized, producing electricity at its maximum potential. This can occur under optimal conditions, such as favorable weather, peak demand periods, or advancements in technology that enhance efficiency.

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### 🌞 Solar Power: Harnessing the Sun's Full Potential

In the United Kingdom, a record-breaking spring in 2025 saw solar energy account for over 10% of the country's electricity generation in both March and April. This surge was attributed to a combination of sunny weather and an increase in solar capacity, now at 18.2 gigawatts, with 1.5 million homes equipped with solar panels. The UK's government aims to triple solar capacity by 2030, aiming for a future where solar power consistently operates at or near 100% output during daylight hours. ([thetimes.co.uk][1])

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### 🌬️ Wind Power: Tapping into Atmospheric Energy

Wind energy has become a significant contributor to global electricity generation. In 2024, wind supplied over 2,494 terawatt-hours of electricity, accounting for 8.1% of world electricity. With about 100 gigawatts added during 2021, global installed wind power capacity exceeded 800 gigawatts. Countries like Germany have regions where wind energy production meets or exceeds local electricity demand, especially during peak wind conditions. ([en.wikipedia.org][2])

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### 🌊 Hydropower: Consistent and Reliable Generation

Hydropower remains one of the most reliable renewable energy sources. For instance, in Costa Rica, hydroelectric power accounts for approximately 80% of the country's electricity generation. During periods of high rainfall, hydropower plants can operate at full capacity, ensuring a stable and continuous supply of electricity. 

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### 🌋 Geothermal Energy: Harnessing Earth's Internal Heat

Geothermal energy provides a consistent and sustainable source of power. Countries like Iceland and Costa Rica utilize geothermal energy extensively. In Costa Rica, geothermal power contributes around 12.9% to the national electricity supply. The Miravalles Geothermal Power Plant, located on one of the country's active volcanoes, exemplifies the effective use of geothermal resources to meet energy demands. ([en.wikipedia.org][3], [en.wikipedia.org][4], [reddit.com][5], [solardaily.com][6])

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### 🌐 Achieving 100% Renewable Energy Systems

Several regions and countries have made significant strides towar

Definitely by me just chatgpt

No

the no card cant be negated

the yes card is more powerful

no bc no