earth's trip around the sun crossword

• LA Times Crossword
• August 24 2023

Trips around the sun

While searching our database we found 1 possible solution for the: Trips around the sun crossword clue.  This crossword clue was last seen on August 24 2023 LA Times Crossword puzzle . The solution we have for Trips around the sun has a total of 5 letters.

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We have found 6 other crossword clues with the same answer.

• Months and months
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The earth’s path around the sun, e.g. NYT Crossword

We solved the clue 'The earth’s path around the sun, e.g.' which last appeared on June 29, 2022 in a N.Y.T crossword puzzle and had four letters. The one solution we have is shown below. Similar clues are also included in case you ended up here searching only a part of the clue text.

THE EARTHS PATH AROUND THE SUN EG

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• USA Today Crossword
• June 2 2022

Trip around the sun

While searching our database we found 1 possible solution for the: Trip around the sun crossword clue.  This crossword clue was last seen on June 2 2022 USA Today Crossword puzzle . The solution we have for Trip around the sun has a total of 4 letters.

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• Tennis officials
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The earth’s path around the sun, e.g. Crossword Clue

The earths path around the sun eg NYT Crossword Clue Answers are listed below. Did you came up with a solution that did not solve the clue? No worries we keep a close eye on all the clues and update them regularly with the correct answers.

THE EARTHS PATH AROUND THE SUN EG Crossword Answer

Earth ’s Trip Around the Sun

Each year , Earth makes a complete trip around the Sun! Learn about our planet ’s journey and important points along its orbit . Visit the two websites listed to find clues to solve this crossword puzzle!

SciJinks: What’s a Solstice ? https://scijinks.gov/solstice/ Space Place: What Causes the Seasons ? https://spaceplace.nasa.gov/seasons/en/

Across Down

1. Northern Hemisphere season that begins in 1. Southern Hemisphere season that begins in March December

3. Month when Earth is farthest from the Sun 2. Earth’s orbit is not a perfect ______

5. Earth’s farthest point from the Sun 3. Month when Earth is closest to the Sun

7. When the Sun is directly overhead at noon on 4. Shortest day in Northern Hemisphere (two the equator words)

9. No sunset here on summer solstice (two words) 6. Invisible line around Earth’s waist

10. Earth’s closest point to the Sun 8. Earth’s ______of rotation is tilted 23.5° ANSWER KEY Earth’s Trip Around the Sun

Each year, Earth makes a complete trip around the Sun! Learn about our planet’s journey and important points along its orbit. Visit the two websites listed to find clues to solve this crossword puzzle!

SciJinks: What’s a Solstice? https://scijinks.gov/solstice/ Space Place: What Causes the Seasons? https://spaceplace.nasa.gov/seasons/en/

10. Earth’s closest point to the Sun 8. Earth’s ______of rotation is tilted 23.5°

Earth and the Sun Crossword

Description.

the collection of 8 planets and their moons in orbit around the sun, together with asteroids, meteoroids, and comets. Time of the year with different weather caused by where earth is in it's rotation around the sun The way in which the earth is turned on it's side the regular path one object travels around another To move around another object To turn or spin A large body of rock or gas with a nearly round shape that revolves around a star a large body of rock or gas with a nearly round shape that revolves around a star (sun) a ball of hot, glowing gasses a line through the center of a spinning object number of days the earth takes to make a complete revolution around the sun Number of hours in a day and how long it takes for the earth to make a full rotation

Earths Place in Space

In terms of the moon

Atmosphere/ Heat Transfer

rocks and minerals

SPACE...yummo ;)

Space Revision

Merry Christmas!

The Solar System Crossword

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"For a long time, it was believed that the sun ___ around the earth." - Daily Themed Crossword

Hello everyone! Thank you visiting our website, here you will be able to find all the answers for Daily Themed Crossword Game (DTC). Daily Themed Crossword is the new wonderful word game developed by PlaySimple Games, known by his best puzzle word games on the android and apple store. A fun crossword game with each day connected to a different theme. Choose from a range of topics like Movies, Sports, Technology, Games, History, Architecture and more! Access to hundreds of puzzles, right on your Android device, so play or review your crosswords when you want, wherever you want! Give your brain some exercise and solve your way through brilliant crosswords published every day! Increase your vocabulary and general knowledge. Become a master crossword solver while having tons of fun, and all for free! The answers are divided into several pages to keep it clear. This page contains answers to puzzle "For a long time, it was believed that the sun ___ around the earth.".

"For a long time, it was believed that the sun ___ around the earth."

The answer to this question:

More answers from this level:

• Afternoon beverage consumed hot
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• "On the other hand..."
• Long-standing quarrels between families, e.g.
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• "Things ___ always what they seem."
• Talk about a topic with someone
• A game in baseball when the opposing team fails to record a single base hit: 2 wds.
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• Govt. organization responsible for drug approval: Abbr.
• Strange and unexplainable
• Punkin ___, a fall sport in which pumpkins are hurled over long distances

Trip around the sun (4)

I believe the answer is:

' trip around the sun ' is the definition. (I've seen this in another clue) This is all the clue.

(Other definitions for year that I've seen before include "See 19" , "Pupil group" , "Period of revolution" , "One-tenth of a decade" , "Time for earth to go round sun" .)

See the sun's corona revealed in all its glory during 2024 total solar eclipse (photo)

Follow along step by step with astrophotographer Miguel Claro in this behind-the-scenes look at how such a mesmerizing solar photograph was made.

• Prep and Processing

The sun's aura

• The challenge

Equipment and Exposures

Contacts c2 and c3, background stars up to 10.8 mag.

• Coronal motion

Acknowledgments

Fine art prints.

Miguel Claro  is a professional photographer, author and science communicator based in Lisbon, Portugal, who creates spectacular images of the night sky. As a  European  Southern Observatory Photo Ambassador  and member of  The World At Night  and the official astrophotographer of the  Dark Sky Alqueva Reserve , he specializes in astronomical "Skyscapes" that connect both Earth and the night sky. 

Behind the Trip, from Portugal to Texas

Taking a high resolution solar photograph during a total solar eclipse like this one represents an enormous amount of personal and professional effort, an incredible financial investment and months of planning.

This included planning the trip to ensure it was along the path of totality, booking accommodations several months in advance before prices went crazy, renting a car to be as mobile as possible —  and all of it without knowing if the weather would cooperate on the location chosen for the special moment. We traveled from Portugal to Pearsall, Texas, as planned, but the forecast was indeed terrible for nearly the entire U.S., or at least where the path of totality was located. 

So after many hours driving from Dallas to Houston and then to Pearsall, with the rest of the week monitoring with several different models the evolution of the weather forecast, we have decided – even with a certain risk – that we must need to move back to north, again, to be more close to Oklahoma state. So on the day before the Eclipse, we had to drive back to Dallas for five or six hours and in the morning of the Eclipse, we did an extra two hours drive, to reach a small city called Clarksville, in the northeast of Texas. 

Related: 14 of the best total solar eclipse 2024 photos from our readers

At 10 a.m. the sky was still cloudy, and I only had two hours before the eclipse started, which meant I had to prepare my entire setup of six cameras with lenses, tripods, mounts, filters, cables etc …. 

We found a nice green, calm farm to set everything up. The owner kindly authorized us to stay with our car nearby (thanks Ed!). This was the most stressful time of our lives, without knowing until the very end if we would be able to see the eclipse. As a photographer, focusing and centering the sun in between the clouds brought an extra difficulty to my task. 

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Additionally, I only had three solar filters for 6 cameras. Fortunately, like a miracle, just five minutes before totality started, the sky cleared up where the sun was located. During totality it was completely crystal clear, at least, for around 1 min and 30 seconds, calm and windless until the end. It was just magical!

Technical preparation and processing

My inspiration came from some of the finest images I've seen so far, from pioneering solar photographer Dr. Miloslav Druckmuller, and the incredible work of Nicolas Lefaudeux, as well as the notable results achieved by my friend Petr Horalek. Just a few months before the eclipse I started going deep, researching and studying the processes involved in those kinds of HDR eclipse images. I read some of the papers by Dr. Miloslav, many other articles, and I knew it would be a very hard task. 

The image I'm presenting is the result of many hours of study and practice and a refined fusion of some of the techniques I've learned over the last years with some of you, so I'm thankful for that knowledge and want to show my deep appreciation for that. I think that learning is the most beautiful thing, after a total solar eclipse. 

The sun's corona is extremely hot and dynamic. Being the outermost layer of the sun's atmosphere, it reveals intricate fine structures of delicate details distorted by the strong magnetic fields. Especially close to the solar maximum expected for 2025 (the peak of the sun's 11 years cycle of activity), the plasma of the sun's corona features a lot of loops and wispy white streamers radiating into space . Due to the sun's brightness, it is only possible to see these when the moon is perfectly covering the sun during a solar eclipse.

And why is it so special? Because not even NASA's SOHO observatory in space can watch the inner corona of the sun in white light. It can only see the most outer part of the corona, using a coronagraph , from two solar distances away from the sun's center.

Why eclipse photography is so challenging

Photographing a Total Solar Eclipse , is probably to most advanced and complex task in all of astrophotography fields, not only from preparing and planning which requires a bit of Mat to find the correct set of exposures according to your gear combination, ISO, lens aperture, right place to be, right time to start etc, etc, as well as from executing it in a stressful short amount of time. But also very hard and difficult to process in a time consuming task. 

First, because the Sun, the Moon and the stars have all different motions across the sky, which are evident in long focal distances and long exposures. Images must be aligned not on the Moon’s disc, not on the stars, and not even on the prominences (as it only works in shorter exposures), so to reveal the corona in full glory, images must be aligned on the coronal structures which are very hard and tricky, as they are faint, subtle and lacking of contrast, and they keep moving too on a lower speed. Noticeable though over the course of all bracketing, but inevitably negligible, for the final fusion in order to naturally reduce the presence of noise. 

And probably the most difficult final achievement, is to keep as much as possible, everything looking natural without overcooking it. It is a delicate balance between, contrast, light flow, color and detail which I tried to keep in mind and respect until the very end. I hope I did it!

The High Resolution image was captured with a Sigma lens at 600mm at f6.3, and a Nikon D850 modified (Ha sensitive – not relevant for this type of TSE images) on a Vixen portable mount. I took more than 163 photos (bracketed exposures), but I selected only 72 images (8 bracketed sequences of 9 shots each) from these to process, where the sky was crystal clear without any high cloud visible. 

The exposure time for each sequence bracketing was ranging from 1/125s, 1/60s, 1/30s, 1/15s, 1/8s, 1/4, 1/2s, 1s, 2s at ISO100, plus additional fast exposures of 1/4000 for C2 and C3 (Prominences and Baily’s Beads). 93GB of images were acquired just for this setup, being 1446 calibration frames such as flats, darks and bias (in a total of 65GB). Images used were captured during 1 minute and 28 seconds of the 4 minutes and 19 seconds of totality as seen from my location in Clarksville, Texas.

I merged the images from contact C2 and C3 in a single final photo to reveal the best of all prominences visible around the sun's limb. This allowed me to show the solar prominences and their associated magnetic loops on the final HDR image. 

Normally well seen one or two days after the new moon , the earthshine phenomenon was described and illustrated for the first time by the great Leonardo Da Vinci about 500 years ago. da Vinci explained the phenomenon known as Earthshine in the early 16th century, when he realized that both Earth and the moon reflect sunlight at the same time. Light is reflected from the Earth to the moon and then back to the Earth as Earthshine. 

During totality, the moon is in front of the sun and can be seen in a long exposure. Indeed, it's the only moment when it is possible to capture the full disk of the moon during the new moon phase . I was gladly surprised with the level of detail that could be seen, after a stack of the exposures combined together, comprising a total amount of 28 seconds of photography. The level of detail was then enhanced using a Local Histogram Equalization with a large scale. Again, it is interesting to show that a stack aligned on the moon reveals the trails of background stars as the moon is moving much more faster than sidereal (the apparent motion of the stars relative to Earth's rotation), and solar motion. 

The image on the left below shows the moon's disc after the 28s stack, and before any further detail enhancement. Startrails are shown on the right image as the result of the stack. 

The stack of the long exposures aligned on the stars comprises a total amount of 28 seconds too, and can reveal stars down to magnitude 10.8 (the lower the magnitude, the brighter an object is). Interesting to note that the brightest star visible close to the left side of the moon is actually a variable double star in Pisces named Zeta Piscium (86 Psc).

Coronal motion on finest structures

Loops in the inner corona normally move slowly and tend to not reveal obvious motion in such a short amount of time (88 seconds), but streamers and small scale features seems to reveals some noticeable movement in the background. 

Some of the most interesting features that my eyes could make out are highlighted with arrows at the lower left corner, showing what seems to be a displacement of a small scale structure. Besides the moon's evident motion, is also possible to notice some subtle radial motion on large scale features, visible in the background. 

Each of the successive nine exposures set of images was aligned and processed independently to get 8 successive final composites of the solar corona captured from Clarcksville, Texas, US, during totality on April 8, 2024 with a 600mm lens f/6.3 on a Nikon D850.

To produce a photo like this required an investment easily equivalent to the amount of a small entry level car, so fortunately, I had the extra support of some good friends that helped to make this possible. They know who are and their place in our thankful hearts. 

This image is dedicated to them, but specially to my dear partner Apolónia. She not only planned every detail of the travel and ground trip alone when I was immersed in planning the technical stuff — gears, cameras, lens etc — but she also helped overcome all the single obstacles in our way that we faced since last year that almost made me give up of making this expensive trip to the 2024 total solar eclipse . 

Last but not the least, to our lovely sun, for being just mesmerizingly beautiful and for appearing in between the clouds for long enough to make every drop of sweat count! 

I hope you enjoy it as much as I do, and if you want to support my work as an independent artist, you can buy this image as a print and a piece of art or a wall decor for your sweet home! Explore the size options and different types below or contact me if you need further assistance. I'm planning to create a future limited edition Print Drop which will be available on my  Print gallery . Meanwhile, you can sign-up my  newsletter  to get early access. 

Join our Space Forums to keep talking space on the latest missions, night sky and more! And if you have a news tip, correction or comment, let us know at: [email protected].

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What happens if you fall into a black hole? NASA simulations provide an answer.

Available on youtube, the four visualizations include explanations to guide viewers on what they're witnessing and include 360-versions to allow viewers to look around during the virtual trip..

Anyone who has watched Matthew McConaughey plunge into a supermassive black hole in "Interstellar" may think they have a rough idea of what it'd be like to encounter one of these terrifying cosmic formations .

But a Hollywood blockbuster set decades in the future is no comparison to the real thing – even if it was directed by Christopher Nolan . Ten years after "Interstellar" hit theaters, NASA is now giving us a more personal experience of what would happen if we were to fall into a black hole.

No, not even the most intrepid spacefarers are yet able to get anywhere near these massive behemoths, where the pull of gravity is so intense that even light doesn't have enough energy to escape their grasp.

In the meantime, simulations released Monday instead simply imagine what a person may see while plummeting toward a black hole's event horizon to their inevitable death. Yet another simulation released by NASA shows the imagined point of view of an astronaut flying past a black hole as space appears to bend and morph.

"I simulated two different scenarios, one where a camera – a stand-in for a daring astronaut – just misses the event horizon and slingshots back out, and one where it crosses the boundary, sealing its fate," said Jeremy Schnittman, an astrophysicist at  NASA’s Goddard Space Flight Center  in Greenbelt, Maryland who produced the visualizations.

Horsehead Nebula: New photos from NASA's Webb telescope shows iconic 'mane' in stunning detail

NASA simulations show plunge into black hole

While humanity has learned much more about black holes in recent years since the first one was identified in 1964 , the objects remain notoriously mysterious.

NASA's new visualizations, available on Goddard's YouTube page , erase some of that enigma. The two visualizations are divided into one-minute trips rendered as 360-degree videos that allow viewers to look around during the trip, and extended versions with explanations to guide viewers on what they're witnessing.

The destination of the simulation is a virtual supermassive black hole with a mass 4.3 million times that of Earth's sun, a size equivalent to the monster Sagittarius A* located at the center of our Milky Way galaxy.

The first simulation shows the viewer approaching the black hole from around 400 million miles away and rapidly falling toward the event horizon – a theoretical boundary known as the "point of no return" where light and other radiation can no longer escape. Like Sagittarius A*, the event horizon of the simulation spans about 16 million miles.

Cloud structures called photon rings and a flat, swirling cloud of hot, glowing gas called an accretion disk surrounding the black hole serve as a visual reference during the fall. As the camera reaches the speed of light, the accretion disc becomes more distorted as space-time warps.

Once inside the black hole itself, the viewer rushes toward the black hole's one-dimensional center called a  singularity , where the laws of physics as we know them cease to exist.

The simulations were made using the Discover supercomputer at the  NASA Center for Climate Simulation , and generated around 10 terabytes of data, which is about half of the estimated text content in the  Library of Congress .

Second simulation shows viewer narrowly escaping black hole

Astronomers divide black holes into three general categories based on mass: stellar-mass, supermassive, and intermediate-mass.

Stellar-mass black holes , which form when a star with more than eight times the sun’s mass runs out of fuel and its core explodes as a supernova, are even less ideal to find yourself falling into than its supermassive counterpart, Schnittman explained.

“If you have the choice, you want to fall into a supermassive black hole,” Schnittman said in a statement. “Stellar-mass black holes, which contain up to about 30 solar masses, possess much smaller event horizons and stronger tidal forces, which can rip apart approaching objects before they get to the horizon.”

This occurs because the gravitational pull on the end of an object nearer the black hole is much stronger than that on the other end. Falling objects stretch out like noodles, a process astrophysicists call  spaghettification . For this simulated black hole, it would only take about 12.8 seconds for the viewer to meet their end by spaghettification.

The alternate simulation  shows a viewer orbiting close to the event horizon but escaping to safety before ever crossing it.

If an astronaut flew a spacecraft on this 6-hour round trip, the explorer would return 36 minutes younger than those who remained on a mothership far away, NASA explained . This is another concept that will be familiar to "Interstellar" fans and is due to time passing more slowly near a strong gravitational source.

"This situation can be even more extreme," Schnittman said. "If the black hole were rapidly rotating, like the one shown in the 2014 movie 'Interstellar,' (the astronaut) would return many years younger than her shipmates."

Eric Lagatta covers breaking and trending news for USA TODAY. Reach him at [email protected]