Leo smiled. “Exactly.”
Leo scrolled down. An animation showed Earth’s elliptical orbit—not a perfect circle, but a slight oval. The sun sat off-center. In early January, Earth reaches perihelion , its closest point: about 91.4 million miles away. In July, aphelion : nearly 94.5 million miles. A difference of three million miles—enough to affect the sun’s apparent size, but not enough to override the seasons.
The answer appeared in crisp text:
“Because of the tilt,” Leo said, finding a diagram. “In January, the Northern Hemisphere is tilted away from the sun. Sunlight hits at a low angle, spread out, weak. July is hot because we’re tilted toward it—even though we’re farther away. Distance doesn’t win. Angle does.”
Biztosan törölni szeretnéd?
Leo smiled. “Exactly.”
Leo scrolled down. An animation showed Earth’s elliptical orbit—not a perfect circle, but a slight oval. The sun sat off-center. In early January, Earth reaches perihelion , its closest point: about 91.4 million miles away. In July, aphelion : nearly 94.5 million miles. A difference of three million miles—enough to affect the sun’s apparent size, but not enough to override the seasons. during what month is the sun closest to earth
The answer appeared in crisp text:
“Because of the tilt,” Leo said, finding a diagram. “In January, the Northern Hemisphere is tilted away from the sun. Sunlight hits at a low angle, spread out, weak. July is hot because we’re tilted toward it—even though we’re farther away. Distance doesn’t win. Angle does.” Leo smiled