00:00Venus is the third brightest natural object in our sky, after the sun and the moon, shining
00:05brilliantly due to its high reflectivity. Why does Venus shine so brightly, outshining even
00:10the brightest stars? It reflects about 70% of the sunlight that hits it, making it the
00:16brightest planet visible from Earth. This reflectivity, called albedo, is far higher
00:21than the moon's 10%. Even though the moon is closer to us, Venus's thick clouds, filled
00:27with droplets of sulfuric acid, bounce sunlight efficiently and create its dazzling glow.
00:32The planet orbits closer to the sun than Earth, so its apparent size and phase change as it
00:37moves, which affects how bright it looks to us. Venus reaches its brightest point on September
00:4318, 2026, when the illuminated surface we see is at its largest. After that, it will pass
00:49between Earth and the sun in late October, disappearing briefly before reappearing in
00:54the morning sky. Then, it will shine brightly again on November 27, completing the cycle
01:00of changing phases and size that control its brilliance. This dazzling cycle of brightness
01:05and phases makes Venus a captivating sight in our sky, reminding us of the dynamic dance
01:11of our neighboring planet. Disclosure. This video contains stock footage and content created
01:16or enhanced using AI-assisted tools.
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