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How Far Light Traveled in One Second – A Time Machine Back to the 1800s!

In 1851, a British scientist named Alfred Newton estimated that light traveled about 186,000 kilometers in one second. That’s about the equivalent of traveling to the moon and back in just under 24 hours! In 1912, Dutch scientist Hendrik Lorentz estimated that light travels about 299,792,458 meters in one second. That’s about the distance between the Earth and Moon! So when we look at distant objects through a telescope or see stars up close, we’re seeing light travel distances that were first measured centuries ago.

What was light like in the 1800s?

The light was different then than it is today. In the 1800s, light was made up of tiny particles called photons. Photons were the smallest units of energy that could be seen and felt. They could only travel in straight lines and didn’t have a lot of energy.

Speed and distance of light in the 1800s

In 1851, Alfred Newton estimated that light traveled about 186,000 kilometers in one second. That’s about the equivalent of traveling to the moon and back in just under 24 hours! In 1912, Dutch scientist Hendrik Lorentz estimated that light travels about 299,792,458 meters in one second. That’s about the distance between the Earth and Moon! So when we look at distant objects through a telescope or see stars up close, we’re seeing light travel distances that were first measured centuries ago.

How did we measure light in the 1800s?

In the 1800s, we measured light by looking at it through a telescope. We would look at stars and see how bright they were. We would also measure the amount of light that was reaching us. By looking at these things, we were able to tell how far away something was.

The 1851 British scientist Alfred Newton’s estimate of 186,000 kilometers in one second

In 1851, British scientist Alfred Newton estimated that light traveled about 186,000 kilometers in one second. That’s about the equivalent of traveling to the moon and back in just under 24 hours!

In 1912, Dutch scientist Hendrik Lorentz estimated that light travels about 299,792,458 meters in one second. That’s about the distance between the Earth and Moon!

The 1912 Dutch scientist Hendrik Lorentz’s estimate of 299,792,458 meters in one second

In 1912, Dutch scientist Hendrik Lorentz estimated that light travels about 299,792,458 meters in one second. This is about the distance between the Earth and Moon! So when we look at distant objects through a telescope or see stars up close, we’re seeing light travel distances that were first measured centuries ago.

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In 1912, Dutch scientist Hendrik Lorentz estimated that light travels about 299,792,458 meters in one second. This is about the distance between the Earth and Moon! So when we look at distant objects through a telescope or see stars up close, we’re seeing light travel distances that were first measured centuries ago.
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In 1912, Dutch scientist Hendrik Lorentz estimated that light travels about 299,792,458 meters in one second. This is about the distance between the Earth and Moon! So when we look at distant objects through a telescope or see stars up close, we’re seeing light travel distances that were first measured centuries ago.
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In 1912, Dutch scientist Hendrik Lorentz estimated that light travels about 299,792,458 meters in one second. This is about the distance between the Earth and Moon! So when we look at distant objects through a telescope or see stars up close, we’re seeing light travel distances that were first measured centuries ago.
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In 1912, Dutch scientist Hendrik Lorentz estimated that light travels about 299,792,458 meters in one second. This is about the distance between the Earth and Moon! So when we look at distant objects through a telescope or see stars up close, we’re seeing light travel distances that were first measured centuries ago.
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In 1912, Dutch scientist Hendrik Lorentz estimated that light travels about 299,792,458 meters in one second. This is about the distance between the Earth and Moon! So when we look at distant objects through a telescope or see stars up close, we’re seeing light travel distances that were first measured centuries ago.
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mdalyeasind7.blogspot.com

In 1912, Dutch scientist Hendrik Lorentz estimated that light travels about 299,792,458 meters in one second. This is about the distance between the Earth and Moon! So when we look at distant objects through a telescope or see stars up close, we’re seeing light travel distances that were first measured centuries ago.
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How was light measured during the 1800s?

The light was first measured in the 1800s by observers on Earth. They used telescopes to see things that were very far away, like stars and planets. By looking at these objects through a telescope, they were able to measure how far they had traveled.

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