And with that extra Bit we now still face the Sun. I already showed that with the extra 4 minutes there is an entire day ahead of ourselves. But over 6 months that is 12 hours ahead of actual.
That places us on the opposite side of the Sun to which we started in BE model, the True rotation starting face is facing Away from the Sun as you know and said, but we, with our 4 extra minutes are a full 12 hours out of sync with that and are facing in the opp direction, or To the Sun.
In other words, after 6 months of BE rotations, the point which did face the Sun is now on the opp side of the Sun and facing away from the Sun. YOu are correct. BUT, because we added 4 minutes every day, and we go by that man made clock time, in 6 months time our man made clock has us a full 12 hours out of sync and thus we are in daylight instead of darkness, as it would be if we had used a IN terms of clock minutes After days or The 24 hour clock will be , minutes or hours.
The difference between the two is 12 hours. So we are 12 hours out of sync and facing deg in the opp direction, and thus To the Sun. Does that makes sense? This still doesn't prove BE, but explains why we aren't facing away from the Sun after 6 months.
Yes you are standing in the dark with your back to the sun but you are looking at the same star you were 6 months ago but couldn't see because the sun was in the way. The day is made 24 hours so when you look at your clock at the same time each day the sun is approximately in the same place, although you may find that your Sundial and watch don't always agree with each other.
You can work out why that is if you read about Kepler and planetary motion, because planets orbit in ellipses not circles and travel at different speeds around the orbit. ShaunTheSheep, i do believe your math is wrong as full revolutions has the same effect as one full revolution; thus you could not have magically have turned an additional degrees unless some unspecified force such as you spinning on your feet spins you. Please do the math, your statement is false. You are welcome.
It is sheer nonsensical, and only works mathematically and not by emperical ovservation. Use your eyes and your brains. The globe model doesn't work. Try to debunk this. Hiding the truth is the greatest evil. I tried to debunk, and now this is why i now know the truth. ShaunTheSheep, think about it another way. Using a sidereal day 23h 56m 4s instead of the current definition of 24 hour day would be great for astronomers.
Imagine that every night in January you go out on your south-facing deck at 11pm and look up and see the star Sirius. Fast forward to July. Since you are using a sidereal day, 11pm is daytime in July. You go out on your south-facing deck at 11pm and point to the exact spot where Sirius is. You know it's there. You can't actually see Sirius because the sun is out, but you know that it's there because on sidereal time the earth is always in the exact same place at 11pm relative to the stars.
With using a 24 hour day as defined by what is practical for normal life, the stars move each night by four minutes so that the sun is high in the sky i. Shaun, you have completely failed to factor in that the sun 'moves' relative to the earth due to our passage around it. Take a beach ball and a tennis ball. Put the tennis ball Earth on one side of the beach ball Sun and use a marker to draw a viewing location that day at noon, facing the beach ball.
Now, simply move the tennis ball to the other side of the beach ball, and sure, the mark will face midnight. Instead, rotate the tennis ball Proving to yourself the earth is a sphere is a simple matter requiring very little effort, the continuing insistence that the earth is flat marks you as either foolish or a troll. Lol your using a clock that is set at 23h56min to roll they achieve this by playing with how long a second is.
Relative to a fixed reference frame outside the solar system the Earth rotates once every 23 hr 56 min, or once every sidereal day. A moving reference frame is not that hard to understand. Sorry also in old days before your watch was a computer.
High noon being when sun is straight up. I hope this helps. Jordan K, what you are missing is simple. It takes 23h 56m 4s for the earth to spin 1 full rotation a sidereal day. Since we are going around the sun it takes roughly 4 mintues longer each day 24 hours for the sun to be roughly at the meridian at noon from day to day.
Having a 24 hour day based on the sun is much more practical than using a sidereal day. If we used a sidereal day 1pm would be daylight in summer and night in winter or vice versa. So the earth spins Nobody HID the actual time and distance that the earth spins in 24 hours. These conspiracy theorists create their own fodder for foolishness. What is not commonly known to the general public regarding the length of a day has been severely simplified to an AVERAGE for the layman.
For in all actuality the motion of the earth is perturbed in its rotation and in its orbit. Is that the unlock code I meed for my Galaxy. Omg i been looking for Give me a quick second and I will see if it works.. Ya never know; Later. But as I calculated it, is just an approximate value, so doesn't it affect the succession of time as it goes by?
The reason why, on Earth, the length of a sidereal day is 23 hours, 56 minutes and 4. For everyday purposes, the solar day is the thing to use because it correctly reflects the apparent period of revolution of the sun. However, for more technical purposes where the Earth's rotation relative to other celestial bodies is concerned, the sidereal day is more useful because it reflects the Earth's actual rotation. The day consists of hours, an hour for minutes, a minute for seconds.
Clock - a gadget on your desktop. The program has autorun, there is a pop-up menu with settings. Memorization of position and settings. I think, day is count to Am to Am. And night is count to 12 pm to pm The sidereal day is a way to try and make mathematically possible how noon wouldn't be midnight 6 months from today. It is not based on observation, just time it yourself. They just needed to make up 12 hours in half a year and, based on the math, 4 minutes is what one would need.
Just compare the sidereal day against your local sunrise calendar and see if you can find those 3 minutes and 56 seconds we are supposed to be losing everyday. Also, the vast differences in the length of a day sunrise to sunset based on ones latitude makes perfect sense within the Ptolemaic system.
Ptolemy and Tycho Brahe get the same treatment as Nikola Tesla, while servants of the establishment like Kepler, Copernicus, Newton, et al are hoisted up as idols of science. Wait a minute! What you're all saying here is time and space might be the same thing!? Someone should come up with some kind of theory to explain this. This website can live streaming , you can join at my site : agen judi online terpercaya Prediksi Bola Thank you agenpialaeropa.
Can we just keep it simple. By adding 4 minutes a day, the sun will always be overhead at noon, everywhere on earth, throughout the year. Actually you all are right and wrong because everything exist in your mind.
You are seeing only what you tell your brain to see and that includes color, movement and time. Have a nice day. Does anyone agree? Well' I didn't need this article published twice, maybe there's publishing display fault's technical issue's being for this reason. This article is so good it gets published twice, ha! Does anyone know if we have gained or lost any time at all since the introduction use of the current leap year calendar system?
Ayo Gabung sekarang dan langsung Claim Bonus Nya Hanya setiap Hari Jumat ya Are these averages the mean, mode or median? None of the discussions center on the answer for each of the Every day is different. We are victims of old school thought, because we refer to "sunrise" and "sunset" because we USED TO believe the sun rotated around the earth. No, if I am correct, the earth spins making the "appearance" of the sun rising and setting.
Use your head for something other than a hat rack. Yes same was my question hence I came here to check answers , earth is revolving exactly 23hrs 56 mins 4 sec but we consider 24 hrs then the error everyday should add up and we should see sun overhead at midnight after almost 6 months as we only have leap year setting to adjust 0. So I checked on net then they said it's exact 24 hrs based on solar day but 23 hrs 56 min 4 sec based on side real day that is sidereal day is the day related to the rotation of Earth with respect to fareaway stars not the sun so 24 hrs is exact but now speed of Earth is reducing at that time we should have leap mins or seconds or other invention seriously..
Saturday, August 25, Q: If one day is not exactly 24 hours and is in fact 23 hours, 56 minutes, shouldn't the error add up, and shouldn't we see 12 a.
You're right that a "sidereal" day is about 23 hours, 56 minutes, 4 seconds. But this is not a day in the everyday sense. A sidereal day is how long it takes the earth on average to make one rotation relative to the faraway stars and other galaxies in the sky.
If you find a star that is directly above you at midnight one night, the same star will be directly above you again at p. Similarly, if you were sitting on the star Proxima Centauri looking through a powerful telescope at earth, you would see Toledo, Ohio, go by every 23 hours, 56 minutes, and 4 seconds.
However, we don't keep time by the faraway stars -- we measure time by a much closer star, the sun! And we are actually in orbit around the sun, orbiting in the same direction that the earth is spinning on its own axis. From our perspective, the sun goes a little slower in the sky because we are also orbiting around it. How fast are we orbiting around the sun? We make one full orbit every year, or roughly We "lose" a sunset because of the complete orbit.
The extra quarter day is why we need a leap year every four years. So there are How long is a "mean solar day"? Let's do the math: One sidereal day is 23 hours, 56 minutes, 4 seconds, or seconds. Multiply this by Divide by That's 24 hours exactly! It's this "mean solar day" 24 hours that is the normal definition of day. If you want to do the math more exactly, a sidereal day is That works out very closely.
Unfortunately, the earth's spin has been slowing down because the moon is sucking away the earth's energy. Every time the high tide of the Atlantic Ocean slams into the east coast of North America, the earth slows its spin a little bit. The definition of the second is based on the speed the earth was spinning back in , and we have slowed down since then. As a result, we occasionally have to add in a "leap" second to the world's clocks. Grijesh Agrawal August 1, at PM.
FX January 23, at PM. Unknown September 6, at AM. Anonymous April 25, at AM. Unknown May 10, at AM. Unknown June 6, at PM. Unknown August 28, at AM. Kevin September 17, at PM. Unknown October 13, at PM. Anonymous November 13, at AM. Unknown January 21, at PM. Unknown January 22, at AM. Androgynous Jen August 7, at AM. Anonymous December 22, at PM. Anonymous June 3, at PM. Anonymous March 5, at PM. Anonymous January 9, at PM. Anonymous March 20, at PM. What time was it 22 hours ago? What time was it 13 hours ago?
The date and time was PM, Saturday 31 July, in 13 hours ago. Both 12am and 12pm are precise moments of time. Therefor 12am is midday and pm would start straight after. The confusion has started since the invention of the digital clock.
Do I need to take each dose exactly twelve hours apart? None of the asthma medications prescribed by your physician needs to be taken exactly twelve hours apart. Twice-a-day usually means morning and evening, on arising and on going to bed, or even at breakfast and supper.
What time was it hours ago? Researchers from the University of Washington, the University of Virginia, and Temple University issued a recent report finding that working more than 20 hours a week during the school year leads to academic and behavior problems. What is 2 Days 7 Hours From Now. What is 2 Days 7 Hours From Now? How many days is 20 hours? Day Length On Earth, a solar day is around 24 hours. Another way to measure a day is to count the amount of time it takes for a planet to completely spin around and make one full rotation.
This is called a sidereal day.
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