This cut down, the market finally stops pretending! 📉🔥😎 A few days ago in the afternoon when I was watching $XRP , the price was still rubbing back and forth at a high level. It looked lively, but actually every upward push was one breath short, the support was clearly insufficient, and the sentiment was already bearish. During the consolidation, I noticed that XRP's upper resistance had never loosened, the volume couldn't keep up, and once the rebound weakened, I knew I couldn't linger. I decisively opened a short around 1.3302 👀 Now it has moved to 1.0431, +2004.94% is already comfortable. Those on board should be able to feel this rhythm 🎯 First take profit 80%, leave 20% with cost price protection. If it continues to drop, let the profits run. Don't spit back the meat you've already got ✅ Take profits when you can. Don't fall in love with profits. Whether to chase after or not is not the key point. The key point is not to rear-end and get hit ⚠️ If you missed it, don't rush. Wait for the next clear signal before moving. The market doesn't lack opportunities 🔔 ‍$BTC $ETH

$XRP | 1h | Long Continuation Bias: Long Entry Zone: 1.042 to 1.050 Stop Loss: 1.019 Targets: TP1: 1.060 TP2: 1.074 TP3: 1.092 Invalidation: Close below 1.019 Why This Setup: I’m treating this as a support-retest long after the recent selloff and base near 1.04. If buyers keep defending this area, I expect a move back toward the local resistance band at 1.06-1.09 where liquidity sits.

📰 Was Everest Once Under the Sea? Science Says Yes _🏔️ Today known as the highest point on Earth, at nearly 9,000 meters in altitude, Mount Everest holds a surprising past: its summit was once at the bottom of an ocean. This discovery, confirmed by geological studies, is considered one of the most impressive examples of how the planet changes over millions of years._ _🌊 At the top of the mountain, scientists found fossils of marine organisms preserved in limestone rocks over 400 million years old. This evidence shows that the region was part of an ancient ocean called Tethys, where sediments slowly accumulated on the seafloor for millions of years._ _🌍 Everything changed when the Indian tectonic plate collided with the Asian plate. The enormous pressure from this collision folded and uplifted ancient seafloor layers, giving rise to the Himalayan mountain range. That is how rocks that were once submerged were pushed up to form the roof of the planet._ _⛰️ This process continues to this day. The Himalayas still rise a few millimeters each year due to the constant movement of tectonic plates. Thus, each fossil found on Everest's summit serves as a record of Earth's extraordinary transformation: an ancient seafloor that, over millions of years, became the world's highest mountain._ $XRP ‌$SHIB ‌