@mesecym_: RIZ + CHOCOLAT = MOUSSE / CRÈME 🍫 Je t'assure qu'on sent pas le riz, il vient juste apporter cette texture parfaite ! - 200g riz cuit - 150g chocolat noir fondu - 100g eau très chaude Mixe, frigo 2h, saupoudre cacao... et c'est tout. Onctueuse, sans crème, anti-gaspi et franchement trop bonne 😍 tu peux ajouter un peu de sucrant si tu veux mais c'est vraiment pas nécessaire ! #healthyfood #recettehealthy #FoodTok #3ingredients #foodhacks

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Thursday 05 November 2026 09:32:42 GMT
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COULD LESS THAN 1% OF AMERICA’S LAND PRODUCE AN ENTIRE YEAR’S WORTH OF U.S. ELECTRICITY? It sounds almost impossible, but the numbers are fascinating. According to the U.S. Energy Information Administration, Americans purchased approximately 4.08 TRILLION kilowatt-hours of electricity in 2025. Using a national benchmark for utility-scale solar farms, producing that same amount of electricity annually would require approximately 16,180 square miles of land. That’s just 0.55% of the contiguous United States! Put another way, imagine a square of land measuring roughly 127 miles in each direction. Under the assumptions used in this calculation, solar installations occupying that area could generate as much electricity over a year as Americans purchased throughout all of 2025. And remember, we’re talking about electricity used in homes, businesses, factories, hospitals, schools, and countless other facilities across the country. Here’s the important distinction: This is a theoretical annual energy comparison, not a proposal to build one enormous solar farm. Solar panels don’t generate electricity around the clock, and a fully solar-powered grid would also require energy storage, transmission infrastructure, and solutions for nighttime and seasonal demand. Actual solar output also varies with location, sunlight, equipment, and efficiency. Still, the sheer scale of what solar energy can potentially produce is remarkable. Sources: U.S. Energy Information Administration, 2025 electricity sales; Lawrence Berkeley National Laboratory, utility-scale solar energy density research. #SolarEnergy #RenewableEnergy #DidYouKnow #EnergyFacts #sciencetok
COULD LESS THAN 1% OF AMERICA’S LAND PRODUCE AN ENTIRE YEAR’S WORTH OF U.S. ELECTRICITY? It sounds almost impossible, but the numbers are fascinating. According to the U.S. Energy Information Administration, Americans purchased approximately 4.08 TRILLION kilowatt-hours of electricity in 2025. Using a national benchmark for utility-scale solar farms, producing that same amount of electricity annually would require approximately 16,180 square miles of land. That’s just 0.55% of the contiguous United States! Put another way, imagine a square of land measuring roughly 127 miles in each direction. Under the assumptions used in this calculation, solar installations occupying that area could generate as much electricity over a year as Americans purchased throughout all of 2025. And remember, we’re talking about electricity used in homes, businesses, factories, hospitals, schools, and countless other facilities across the country. Here’s the important distinction: This is a theoretical annual energy comparison, not a proposal to build one enormous solar farm. Solar panels don’t generate electricity around the clock, and a fully solar-powered grid would also require energy storage, transmission infrastructure, and solutions for nighttime and seasonal demand. Actual solar output also varies with location, sunlight, equipment, and efficiency. Still, the sheer scale of what solar energy can potentially produce is remarkable. Sources: U.S. Energy Information Administration, 2025 electricity sales; Lawrence Berkeley National Laboratory, utility-scale solar energy density research. #SolarEnergy #RenewableEnergy #DidYouKnow #EnergyFacts #sciencetok

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