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How long is a whole year on earth?
The length of a year depends on how long it takes for the planet to orbit the Sun. A year each planet is: Mercury: 88 days, Venus 225 days, Earth: 365 days, Mars: 687 Days, Jupiter 12 Years, Saturn 29 years, Uranus 84 years and Neptune 165 years.
What is the exact length of one year?
It depends on exactly what you mean by "year" and it also varies over time, so there is no single exact answer.The short answer is either approximately 365.24218967days long (365 days, 5 hours, 48 minutes and 45.1875 seconds) on average, or approximately365.256363051 days (365 days, 6 hours, 9 minutes and 9.7676 seconds) in the year 2000, but changing slightly every year.All scientific definitions of a "year" for our earth are within about 25 minutes of each other, but vary based on what you measure against. Everything in the universe is constantly moving relative to everything else, so there is no absolutely fixed frame of reference to measure anything against. All measurements are relative to something you choose to measure against and are only valid for the period in time in which you took the measurement. Measurements are also only accurate to the precision you can attain with the measuring equipment you use. It is impossible to measure anything with infinite precision. Every measurement is an approximation with some limited precision over a period of time where what you are measuring is constantly changing, however infinitesimally. At best you can only measure an approximate range between some limits. On top of that a "year" can be measured many different ways.A "Tropical Year" uses the earth's tilted axis and equatorial plane to gauge the time it takes for the earth to complete one kind of cycle around the sun we call a "year". Over the course of a year as the earth orbits the sun, the earth's axis and equator change their orientation relative to the sun, cycling back roughly to the starting point once every "Tropical Year". Over these repeating yearly cycles, days and nights get longer and shorter in the northern and southern hemispheres for half of a year and then reverse back the other direction for the other half of a year. This is one primary way measure a year.A "Tropical Year" in recent times is approximately 365.24218967 days long (365 days, 5 hours, 48 minutes and 45.1875 seconds) on average over all equatorial points. This time changes slightly from one year to the next, depends on exactly what equatorial point you are measuring the cycle of and is influenced slightly by so many factors that constantly change that we will probably never be able to predict precisely how long a "Tropical Year" thousands of years in the future will be. That far out, things could change by many seconds compared to what we do our best to estimate or predict due to tiny effects of interactions with meteors and asteroids and other things that we can not possibly predict and account for.A "Calendar Year" is exactly 365.2425 days long (365 days, 5 hours, 49 minutes and 12 seconds) on average over any 400 year period. A year is exactly 365 days on non-leap years and 366 days long on leap years and we declare 97 of every 400 years to be a leap year. That's one in four minus one in 100 plus one in every 400 years. This is the only exact length you can cite because we define the calendar year precisely this way as opposed to measuring what actually physically happens. All other measured years can only be approximated and will always be at least slightly different from one year to the next. Even if two measured years were exactly the same, we'd never know it for sure. We'd know they were at least very, very close, but we could not know that they were the same or exactly how close they were if they were ever so slightly different by less than our ability to measure.A "Sidereal Year" is the time it takes for the earth to orbit the sun relative to the distant stars which are not stationary, but the closest thing to stationary we can measure against so far, due to their great distance and relatively slow movement in space. The "Sidereal Year" in the year 2000 was approximately 365.256363051 days (365 days, 6 hours, 9 minutes and 9.7676 seconds).The seasonal changes we experience each year as the earth orbits the sun are due largely to the earth's axis tilting the northern and southern hemispheres toward and away from the sun over the course of a "Tropical Year". This "Tropical Year" is what our calendar attempts to approximate by interjecting an extra day on leap years so that winter and summer occur at roughly the same time of year, year after year. If our calendar approximated the "Sidereal Year" instead of the "Tropical Year", winter and summer would slowly shift earlier and earlier in the year over time.The severity of the earth's summers and winters also fluctuate over time partly due to the earth's orbit being elliptical. Our elliptical orbit brings us closest to the sun at one point during an "Anomalistic Year" and farthest away from the sun at another point in our orbit a half of an "Anomalistic Year" later.An "Anomalistic Year" is approximately 365.259635864 days long (365 days, 6 hours, 13 minutes and 52.5386 seconds), slightly longer than the "Tropical Year". Because these things are not in sync with each other the distance at any given time of the "Tropical Year", such as winter or summer in the northern or Southern Hemisphere, from the earth to the sun becomes closer or farther from one year to the next and then eventually cycle back to roughly the same distance about every 21,000 years give or take a lot since all of these things are constantly changing a little.Except in leap years 352 years but in leap years 353
How long is a year on Earth today?
It depends on exactly what you mean by "year" and it also varies over time, so there is no single exact answer.The short answer is either approximately 365.24218967days long (365 days, 5 hours, 48 minutes and 45.1875 seconds) on average, or approximately365.256363051 days (365 days, 6 hours, 9 minutes and 9.7676 seconds) in the year 2000, but changing slightly every year.All scientific definitions of a "year" for our earth are within about 25 minutes of each other, but vary based on what you measure against. Everything in the universe is constantly moving relative to everything else, so there is no absolutely fixed frame of reference to measure anything against. All measurements are relative to something you choose to measure against and are only valid for the period in time in which you took the measurement. Measurements are also only accurate to the precision you can attain with the measuring equipment you use. It is impossible to measure anything with infinite precision. Every measurement is an approximation with some limited precision over a period of time where what you are measuring is constantly changing, however infinitesimally. At best you can only measure an approximate range between some limits. On top of that a "year" can be measured many different ways.A "Tropical Year" uses the earth's tilted axis and equatorial plane to gauge the time it takes for the earth to complete one kind of cycle around the sun we call a "year". Over the course of a year as the earth orbits the sun, the earth's axis and equator change their orientation relative to the sun, cycling back roughly to the starting point once every "Tropical Year". Over these repeating yearly cycles, days and nights get longer and shorter in the northern and southern hemispheres for half of a year and then reverse back the other direction for the other half of a year. This is one primary way measure a year.A "Tropical Year" in recent times is approximately 365.24218967 days long (365 days, 5 hours, 48 minutes and 45.1875 seconds) on average over all equatorial points. This time changes slightly from one year to the next, depends on exactly what equatorial point you are measuring the cycle of and is influenced slightly by so many factors that constantly change that we will probably never be able to predict precisely how long a "Tropical Year" thousands of years in the future will be. That far out, things could change by many seconds compared to what we do our best to estimate or predict due to tiny effects of interactions with meteors and asteroids and other things that we can not possibly predict and account for.A "Calendar Year" is exactly 365.2425 days long (365 days, 5 hours, 49 minutes and 12 seconds) on average over any 400 year period. A year is exactly 365 days on non-leap years and 366 days long on leap years and we declare 97 of every 400 years to be a leap year. That's one in four minus one in 100 plus one in every 400 years. This is the only exact length you can cite because we define the calendar year precisely this way as opposed to measuring what actually physically happens. All other measured years can only be approximated and will always be at least slightly different from one year to the next. Even if two measured years were exactly the same, we'd never know it for sure. We'd know they were at least very, very close, but we could not know that they were the same or exactly how close they were if they were ever so slightly different by less than our ability to measure.A "Sidereal Year" is the time it takes for the earth to orbit the sun relative to the distant stars which are not stationary, but the closest thing to stationary we can measure against so far, due to their great distance and relatively slow movement in space. The "Sidereal Year" in the year 2000 was approximately 365.256363051 days (365 days, 6 hours, 9 minutes and 9.7676 seconds).The seasonal changes we experience each year as the earth orbits the sun are due largely to the earth's axis tilting the northern and southern hemispheres toward and away from the sun over the course of a "Tropical Year". This "Tropical Year" is what our calendar attempts to approximate by interjecting an extra day on leap years so that winter and summer occur at roughly the same time of year, year after year. If our calendar approximated the "Sidereal Year" instead of the "Tropical Year", winter and summer would slowly shift earlier and earlier in the year over time.The severity of the earth's summers and winters also fluctuate over time partly due to the earth's orbit being elliptical. Our elliptical orbit brings us closest to the sun at one point during an "Anomalistic Year" and farthest away from the sun at another point in our orbit a half of an "Anomalistic Year" later.An "Anomalistic Year" is approximately 365.259635864 days long (365 days, 6 hours, 13 minutes and 52.5386 seconds), slightly longer than the "Tropical Year". Because these things are not in sync with each other the distance at any given time of the "Tropical Year", such as winter or summer in the northern or southern hemisphere, from the earth to the sun becomes closer or farther from one year to the next and then eventually cycle back to roughly the same distance about every 21,000 years give or take a lot since all of these things are constantly changing a little.Except in leap years 352 years but in leap years 353
What units are not a unit of volume?
acre, (area)angstrom ( distance and lenght)anomalistic year (time)anomalistic month (time)atm (stress and pressure)atomic mass unit (mass and weight)bar ( stress and pressure)becquerel (radioactivity)bit (computer storage)bit per second (data transfer rate)BTU/second (power)BTU/minute (power)BTU/hour (power)byte (computer storage, octet)byte per second, per minute, per hour (data transfer rate)cal ( energy and work)calorie (energy and work)calories per second, per hour (power)carat (mass and weight)centigram (mass and weight)centigray( radiation- absorbed radiation dose)degree (circular measure)erg per second ( power)foot per second/minute (speed)grain (mass and weight)gram-force centimeter (torque)hectare (area)hectopascal ( stress and pressure)inch per second squared ( acceleration)joule (energy and work)joule per hour (power)joule per second (power)kelvin (temperature)kgf/m2 (stress and pressure)
Which unit of measurement represents the distance light travels in one year light-year or parsec?
"light-year"
What are some synonyms of the word spasticity?
Some synonyms of the word spasticity are: Anomalistic, different, bizzare, deviating, strange, uncommon, unnatural, weird, queer, odd, irregular, atypical, to name a few.
Length of the year of earth?
365/366 Days, 52 WeeksAnswer:Since the Earth's orbit is not exactly in keeping with our days the year does not fall into an exact fit with our calendar. There are not an eact number of days or weeks in the year. There are several years in existence:The calendar year is either 365 or 366 days depending in the several rules for leap years.The Julian year is defined as exactly 365.25 days with one rule for leap years.The sidereal year (one revolution of Earths orbit about the sun) is 365.256 363 051 days (365 d 6 h 9 min 9.7676 s)The tropical year is 365.242 189 67 days (365 d 5 h 48 min 45 s)The anomalistic year is 365.259 635 864 days (365 d 6 h 13 min 52 s)
When is the moon the biggest?
Whenever it is at its perigee, i.e. its closest distance to Earth. This happens every 27,55 days, a time interval known as an Anomalistic Month. The moon perigee can vary between 356000km and 370000km, so the moon's apparent size varies accordingly. However, you'd not be able to tell the difference without an accurate measurement.
What is the thin line between abnormal psychology and paranormal?
The relationship between abnormal psychology and the paranormal relates to the suspected nature of the experiences themselves. Abnormal psychologists believe it is likely that paranormal experiences can be explained in terms of various forms of psychosis. Anomalistic psychology studies perception and its relationship to understanding. Anomalistic psychologists often think that perceptual failures explain most paranormal experiences. Both disciplines have plenty of research to sustain their explanations. But a careful examination of the anecdotes reveals about 10 percent of anecdotal stories cannot be so easily explained. Especially notable are stories regarding events where physical objects have moved in ways that are unexplainable by modern physics. Of course such stories must be carefully vetted. But when this is done, a remarkable number seem to be factual and beyond psychological explanations.
How long is a whole year on earth?
The length of a year depends on how long it takes for the planet to orbit the Sun. A year each planet is: Mercury: 88 days, Venus 225 days, Earth: 365 days, Mars: 687 Days, Jupiter 12 Years, Saturn 29 years, Uranus 84 years and Neptune 165 years.
How tall is the Great Pyramid of Giza in inches?
It is difficult to give an exact answer because the edge of the pyramid is eroded. The original size along the bottom was probably 356.2566 sacred cubits -- a cubit for each day in the year. A sacred cubit is 25.0265 modern inches. That comes to 9141 modern inches. There is a further problem, namely the bottom edges of the pyramid are not precisely straight, but bowed slightly upward, so it matters whether you measure along the edge or "as the crow flies" from corner to corner. Some say that these lengths are in the same proportion as the tropical, siderial, and anomalistic year. You see a lot of very precise numbers in this business, but I doubt that the dimensions are known to better than an inch. Despite the uncertainty, I am convinced that when they built the pyramid the ancients were bragging about their knowledge of astronomy.
Ancient people who knew the Saros cycle could do what?
Predict when an eclipse would happen, but not necessarily what type and where it would be visible. The Saros is a cycle of 18 years & 11 days; that is, the Metonic Cycle less twelve lunar months. It is composed of the Venus cycle, the anomalistic cycle [ the Moon's rotation around the Earth], the Draconic Cycle & the Soli-lunar cycle, The last two deal with eclipses. It is also handy for predicting tides.
What is the exact length of one year?
It depends on exactly what you mean by "year" and it also varies over time, so there is no single exact answer.The short answer is either approximately 365.24218967days long (365 days, 5 hours, 48 minutes and 45.1875 seconds) on average, or approximately365.256363051 days (365 days, 6 hours, 9 minutes and 9.7676 seconds) in the year 2000, but changing slightly every year.All scientific definitions of a "year" for our earth are within about 25 minutes of each other, but vary based on what you measure against. Everything in the universe is constantly moving relative to everything else, so there is no absolutely fixed frame of reference to measure anything against. All measurements are relative to something you choose to measure against and are only valid for the period in time in which you took the measurement. Measurements are also only accurate to the precision you can attain with the measuring equipment you use. It is impossible to measure anything with infinite precision. Every measurement is an approximation with some limited precision over a period of time where what you are measuring is constantly changing, however infinitesimally. At best you can only measure an approximate range between some limits. On top of that a "year" can be measured many different ways.A "Tropical Year" uses the earth's tilted axis and equatorial plane to gauge the time it takes for the earth to complete one kind of cycle around the sun we call a "year". Over the course of a year as the earth orbits the sun, the earth's axis and equator change their orientation relative to the sun, cycling back roughly to the starting point once every "Tropical Year". Over these repeating yearly cycles, days and nights get longer and shorter in the northern and southern hemispheres for half of a year and then reverse back the other direction for the other half of a year. This is one primary way measure a year.A "Tropical Year" in recent times is approximately 365.24218967 days long (365 days, 5 hours, 48 minutes and 45.1875 seconds) on average over all equatorial points. This time changes slightly from one year to the next, depends on exactly what equatorial point you are measuring the cycle of and is influenced slightly by so many factors that constantly change that we will probably never be able to predict precisely how long a "Tropical Year" thousands of years in the future will be. That far out, things could change by many seconds compared to what we do our best to estimate or predict due to tiny effects of interactions with meteors and asteroids and other things that we can not possibly predict and account for.A "Calendar Year" is exactly 365.2425 days long (365 days, 5 hours, 49 minutes and 12 seconds) on average over any 400 year period. A year is exactly 365 days on non-leap years and 366 days long on leap years and we declare 97 of every 400 years to be a leap year. That's one in four minus one in 100 plus one in every 400 years. This is the only exact length you can cite because we define the calendar year precisely this way as opposed to measuring what actually physically happens. All other measured years can only be approximated and will always be at least slightly different from one year to the next. Even if two measured years were exactly the same, we'd never know it for sure. We'd know they were at least very, very close, but we could not know that they were the same or exactly how close they were if they were ever so slightly different by less than our ability to measure.A "Sidereal Year" is the time it takes for the earth to orbit the sun relative to the distant stars which are not stationary, but the closest thing to stationary we can measure against so far, due to their great distance and relatively slow movement in space. The "Sidereal Year" in the year 2000 was approximately 365.256363051 days (365 days, 6 hours, 9 minutes and 9.7676 seconds).The seasonal changes we experience each year as the earth orbits the sun are due largely to the earth's axis tilting the northern and southern hemispheres toward and away from the sun over the course of a "Tropical Year". This "Tropical Year" is what our calendar attempts to approximate by interjecting an extra day on leap years so that winter and summer occur at roughly the same time of year, year after year. If our calendar approximated the "Sidereal Year" instead of the "Tropical Year", winter and summer would slowly shift earlier and earlier in the year over time.The severity of the earth's summers and winters also fluctuate over time partly due to the earth's orbit being elliptical. Our elliptical orbit brings us closest to the sun at one point during an "Anomalistic Year" and farthest away from the sun at another point in our orbit a half of an "Anomalistic Year" later.An "Anomalistic Year" is approximately 365.259635864 days long (365 days, 6 hours, 13 minutes and 52.5386 seconds), slightly longer than the "Tropical Year". Because these things are not in sync with each other the distance at any given time of the "Tropical Year", such as winter or summer in the northern or Southern Hemisphere, from the earth to the sun becomes closer or farther from one year to the next and then eventually cycle back to roughly the same distance about every 21,000 years give or take a lot since all of these things are constantly changing a little.Except in leap years 352 years but in leap years 353
What is the study of paranormal phenomenon is a branch of psychology called?
Paranormal phenomena is most formally studied in the field of Parapsycholoy. This is not a branch of Psychology however. More correctly, it is a multi-discplinary study encompassing physics and psychology as well as other related academic disciplines.
How long is a month?
30 days in September, April, June and November - all the rest have 31, except for February, which has 28 (except in a Leap Year, when it has 29). Months are linked to the Moon, but there are different ways of measuring a month. The sidereal month is defined as the Moon's orbital period in a non-rotating frame of reference which is about 27 days, 7 hours, 43 minutes, 11.6 seconds. A synodic month is the most familiar lunar cycle, defined as the time interval between two consecutive occurrences of a particular phase such as new moon or full moon. It is about 29 days, 12 hours, 44 minutes, 2.8 seconds. The tropical month is the average time for the Moon to pass twice through the same equinox point of the sky. It is 27.32158 days, very slightly shorter than the sidereal month (27.32166) days, because of precession of the equinoxes. Unlike the sidereal month, it can be measured precisely. An anomalistic month is the average time the Moon takes to go from perigee to perigee - the point in the Moon's orbit when it is closest to Earth. An anomalistic month is about 27.55455 days on average. The draconic month or nodal month is the period in which the Moon returns to the same node of its orbit; the nodes are the two points where the Moon's orbit crosses the plane of the Earth's orbit. Its duration is about 27.21222 days on average.
How long is a year on Earth today?
It depends on exactly what you mean by "year" and it also varies over time, so there is no single exact answer.The short answer is either approximately 365.24218967days long (365 days, 5 hours, 48 minutes and 45.1875 seconds) on average, or approximately365.256363051 days (365 days, 6 hours, 9 minutes and 9.7676 seconds) in the year 2000, but changing slightly every year.All scientific definitions of a "year" for our earth are within about 25 minutes of each other, but vary based on what you measure against. Everything in the universe is constantly moving relative to everything else, so there is no absolutely fixed frame of reference to measure anything against. All measurements are relative to something you choose to measure against and are only valid for the period in time in which you took the measurement. Measurements are also only accurate to the precision you can attain with the measuring equipment you use. It is impossible to measure anything with infinite precision. Every measurement is an approximation with some limited precision over a period of time where what you are measuring is constantly changing, however infinitesimally. At best you can only measure an approximate range between some limits. On top of that a "year" can be measured many different ways.A "Tropical Year" uses the earth's tilted axis and equatorial plane to gauge the time it takes for the earth to complete one kind of cycle around the sun we call a "year". Over the course of a year as the earth orbits the sun, the earth's axis and equator change their orientation relative to the sun, cycling back roughly to the starting point once every "Tropical Year". Over these repeating yearly cycles, days and nights get longer and shorter in the northern and southern hemispheres for half of a year and then reverse back the other direction for the other half of a year. This is one primary way measure a year.A "Tropical Year" in recent times is approximately 365.24218967 days long (365 days, 5 hours, 48 minutes and 45.1875 seconds) on average over all equatorial points. This time changes slightly from one year to the next, depends on exactly what equatorial point you are measuring the cycle of and is influenced slightly by so many factors that constantly change that we will probably never be able to predict precisely how long a "Tropical Year" thousands of years in the future will be. That far out, things could change by many seconds compared to what we do our best to estimate or predict due to tiny effects of interactions with meteors and asteroids and other things that we can not possibly predict and account for.A "Calendar Year" is exactly 365.2425 days long (365 days, 5 hours, 49 minutes and 12 seconds) on average over any 400 year period. A year is exactly 365 days on non-leap years and 366 days long on leap years and we declare 97 of every 400 years to be a leap year. That's one in four minus one in 100 plus one in every 400 years. This is the only exact length you can cite because we define the calendar year precisely this way as opposed to measuring what actually physically happens. All other measured years can only be approximated and will always be at least slightly different from one year to the next. Even if two measured years were exactly the same, we'd never know it for sure. We'd know they were at least very, very close, but we could not know that they were the same or exactly how close they were if they were ever so slightly different by less than our ability to measure.A "Sidereal Year" is the time it takes for the earth to orbit the sun relative to the distant stars which are not stationary, but the closest thing to stationary we can measure against so far, due to their great distance and relatively slow movement in space. The "Sidereal Year" in the year 2000 was approximately 365.256363051 days (365 days, 6 hours, 9 minutes and 9.7676 seconds).The seasonal changes we experience each year as the earth orbits the sun are due largely to the earth's axis tilting the northern and southern hemispheres toward and away from the sun over the course of a "Tropical Year". This "Tropical Year" is what our calendar attempts to approximate by interjecting an extra day on leap years so that winter and summer occur at roughly the same time of year, year after year. If our calendar approximated the "Sidereal Year" instead of the "Tropical Year", winter and summer would slowly shift earlier and earlier in the year over time.The severity of the earth's summers and winters also fluctuate over time partly due to the earth's orbit being elliptical. Our elliptical orbit brings us closest to the sun at one point during an "Anomalistic Year" and farthest away from the sun at another point in our orbit a half of an "Anomalistic Year" later.An "Anomalistic Year" is approximately 365.259635864 days long (365 days, 6 hours, 13 minutes and 52.5386 seconds), slightly longer than the "Tropical Year". Because these things are not in sync with each other the distance at any given time of the "Tropical Year", such as winter or summer in the northern or southern hemisphere, from the earth to the sun becomes closer or farther from one year to the next and then eventually cycle back to roughly the same distance about every 21,000 years give or take a lot since all of these things are constantly changing a little.Except in leap years 352 years but in leap years 353
How long is month's?
30 days in September, April, June and November - all the rest have 31, except for February, which has 28 (except in a Leap Year, when it has 29). Months are linked to the Moon, but there are different ways of measuring a month. The sidereal month is defined as the Moon's orbital period in a non-rotating frame of reference which is about 27 days, 7 hours, 43 minutes, 11.6 seconds. A synodic month is the most familiar lunar cycle, defined as the time interval between two consecutive occurrences of a particular phase such as new moon or full moon. It is about 29 days, 12 hours, 44 minutes, 2.8 seconds. The tropical month is the average time for the Moon to pass twice through the same equinox point of the sky. It is 27.32158 days, very slightly shorter than the sidereal month (27.32166) days, because of precession of the equinoxes. Unlike the sidereal month, it can be measured precisely. An anomalistic month is the average time the Moon takes to go from perigee to perigee - the point in the Moon's orbit when it is closest to Earth. An anomalistic month is about 27.55455 days on average. The draconic month or nodal month is the period in which the Moon returns to the same node of its orbit; the nodes are the two points where the Moon's orbit crosses the plane of the Earth's orbit. Its duration is about 27.21222 days on average.
