NASA's Incredible Closeup of the Solar Eclipse

 

NASA's Incredible Closeup of the Solar Eclipse

 

The solar eclipse that occurred on August 21, 2017 was visible in totality to lucky skywatchers in the continental United States, Hawaii, Alaska, and Puerto Rico. The partial eclipse was visible across North America, South America, western Europe, Africa, and western Asia. This remarkable NASA time-lapse video offers a front-row seat to the celestial event as it moves over Oregon to South Carolina as viewed from the International Space Station in near real-time.

 

How long did it take to snap this photo?

On August 21, 2017, a total solar eclipse was visible in North America for the first time in nearly 40 years. NASA's Goddard Space Flight Center captured this incredible closeup of the event. It took less than two minutes for the moon to completely block out the sun, but it took months of planning and preparation to get this amazing shot.

 

What camera did they use?

The image was captured by NASA's Solar Dynamics Observatory (SDO), which launched in 2010. The SDO is equipped with a high-definition camera that can take incredibly detailed images of the sun. This particular image was taken in ultraviolet light, which makes the sun's atmosphere look particularly dramatic. The SDO is just one of many amazing tools that NASA uses to study our nearest star.

 

Why did they shoot it vertically?

On August 21, 2017, a total solar eclipse swept across the United States. NASA's Jet Propulsion Laboratory in Pasadena, California, captured stunning closeups of the event. The images were shot vertically to show the sun's corona or outer atmosphere. This is the first time that NASA has captured such closeups of a total solar eclipse. The images will help scientists better understand the sun's atmosphere and how it affects Earth.

 

What do you see when you look at this image?

The sun is partially obscured by the moon, but it's still possible to see its fiery surface. The moon is a dark, looming presence in the sky. But despite its size, it's not as bright as the sun. This image was captured by NASA'sSolar Dynamics Observatory on August 21, 2017, during the total solar eclipse.

 

Why does our moon have rings?

The rings around our moon are actually debris from a massive collision that happened long ago. When a large object collided with the moon, it created a huge cloud of debris that eventually settled into rings. The rings are made up of rock and dust particles that range in size from tiny grains to huge boulders.

 

What does the Earth’s shadow look like from space?

The Earth’s shadow is a dark, cone-shaped area that extends into space. When the sun and moon are in alignment, the shadow falls on the moon. This causes an eclipse. During a total solar eclipse, the shadow completely covers the sun. This allows us to see the sun’s outer atmosphere, called the corona. The corona is usually only visible during a total solar eclipse.

 

Why are there so many pictures of planets and moons with sunsets behind them?

The reason has to do with the way our solar system is set up. Our sun is located in the Milky Way galaxy, which is a spiral-shaped collection of stars. And our solar system is located on the outer edge of one of the Milky Way's spiral arms. That means that when we look out into space, we're looking out into the vast majority of the galaxy's stars. And since we're on the outskirts of the galaxy, we see more sunsets than anyone else.

 

Tips for capturing your own stunning images during a lunar eclipse

1. Use a tripod to keep your camera steady. 

2. Use a long lens or telescope to get a close-up view. 

3. Set your shutter speed to 1/1000 or faster to freeze the action. 

4. Use a high ISO setting to capture more light. 

5. Shoot in RAW format to get the best quality image possible.

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