How "Tidhi" and "Nakshtra" Timings in a day are calculated in Hindu astrology?
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this is not a question about astronomy.\n\nhttp://en.wikipedia.org/wiki/Astronomy
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I think what you’re wanting is a way to calculate the Sun’s altitude and azimuth for a given time and location.  The calculations are bit involved—you’d need to determine the Julian (Ephemeris) Date, solve Kepler’s equation to determine eccentric anomaly, then true anomaly, the Sun’s radius vector to obtain the Sun’s longitude, the obliquity of the ecliptic to determine latitude, then transform the RA and dec coordinates to altitude and azimuth.  I’m probably leaving something out.  Anyway, I do have the formulae, but thought I’d see if that’s what you’re really wanting before I do a lot of typing.\n\nPerhaps a more sane approach would be to modify a telescope (a Meade or other) and let its mounting do the tracking for you?  Just an idea.\n\n[edit]\n\nMy apologies for the delay in updating my answer.  Here’s how to calculate the Sun’s RA and dec:\n\nFirst, calculate the Julian Day (JD).  (note: Julian Day begins at Greenwich mean noon, or 12h Universal Time).\n\nLet\nYYYY = year\nMM = month\nDD.dd = day (fraction of day derived from hours, minutes, seconds past 00:00:00 UT; convert local time to Universal Time before doing this)\n\nIf MM > 2, then\ny = YYYY\nm = MM\n\nIf MM = 2 or 1, then\ny = YYYY – 1\nm = MM + 12\n\nIf date >= October 15, 1582 (in your case it will be), calculate\nA = INT(y / 100)\nB = 2 – A + INT(A / 4)\nelse (not in your case)\nB = 0\n\nJulian Day is then:\n\nJD = INT(365.25 * y) + INT(30.6001 * (m + 1)) + DD.dd + 1720994.5 + B\n\nNext, calculate the time T (measured in Julian centuries of 36525 ephemeris days from the epoch 1900 January 0.5 ET):\n\nT = (JD – 2415020.0) / 36525\n\nNote: since T is expressed in centuries, it should be calculated with a sufficient number of decimals; an error of 0.0001 in T corresponds to an error of 0.37 day in the time.\n\nThen, geometric mean longitude of the Sun (in degrees):\n\nL = 279.69668 + 36000.76892 * T + 0.0003025 * T^2\n\nSun’s mean anomaly (in degrees):\n\nM = 358.47583 + 35999.04975 * T – 0.000150 * T^2 – 0.0000033 * T^3\n\nEccentricity of the Earth’s orbit:\n\ne = 0.01675104 – 0.0000418 * T – 0.000000126 * T^2\n\nHere, I opted for an easier method that doesn’t require the solution of Kepler’s equation; the Sun’s radius vector isn’t needed:\n\nSun’s equation of center C (in degrees):\n\nC = + (1.919460 – 0.004789 * T – 0.000014 * T^2) * sin(M) + (0.020094 – 0.000100 * T) * sin(2 * M) + 0.000293 * sin(3 * M)\n\nSun’s true longitude (stl) is:\n\nstl = L + C\n\n(The true anomaly (M + C) is not needed.)\n\nSun’s apparent longitude (sal) is then:\n\nsal = stl - 0.00569 – 0.00479 * sin(259.18 – 1934.142 * T)\n\nThen calculate the obliquity of the ecliptic (oe):\n\noe = 23.452294 – 0.0130125 * T – 0.00000164 * T^2 + 0.000000503 * T^3\n\nTo correct for apparent position:\n\noe = oe + 0.00256 * cos(259.18 – 1934.142 * T)\n\nThen, for RA and dec:\n\ntan(RA) = cos(oe) * sin(sal) / cos(sal)\nsin(dec) = sin(oe) * sin(sal)\n\nor\n\nRA = arctan(cos(oe) * sin(sal) / cos(sal))\ndec = arcsin(sin(oe) * sin(sal))\n\nYou can convert RA from degrees to hours by dividing by 15.\n\nAssuming I didn’t overlook something or typo, this should get you the Sun’s RA and dec for a given time.  Do you also need a method to transform RA and dec to altitude and azimuth for a given time and location?  (I’m thinking yes)
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In the fourth century, Hillel II established a fixed calendar based on mathematical and astronomical calculations. This calendar, still in use, standardized the length of months and the addition of months over the course of a 19 year cycle, so that the lunar calendar realigns with the solar years. Adar I is added in the 3rd, 6th, 8th, 11th, 14th, 17th and 19th years of the cycle. The current cycle began in Jewish year 5758 (the year that began October 2, 1997). If you are musically inclined, you may find it helpful to remember this pattern of leap years by reference to the major scale: for each whole step there are two regular years and a leap year; for each half-step there is one regular year and a leap year. This is easier to understand when you examine the keyboard illustration below and see how it relates to the leap years above. \n\n \n\nIn addition, Yom Kippur should not fall adjacent to Shabbat, because this would cause difficulties in coordinating the fast with Shabbat, and Hoshanah Rabba should not fall on Saturday because it would interfere with the holiday's observances. A day is added to the month of Cheshvan or subtracted from the month of Kislev of the previous year to prevent these things from happening. This process is sometimes referred to as "fixing" Rosh Hashanah. \n\nNumbering of Jewish Years \nThe year number on the Jewish calendar represents the number of years since creation, calculated by adding up the ages of people in the Bible back to the time of creation. However, this does not necessarily mean that the universe has existed for only 5700 years as we understand years. Many Orthodox Jews will readily acknowledge that the first six "days" of creation are not necessarily 24-hour days (indeed, a 24-hour day would be meaningless until the creation of the sun on the fourth "day"). For a fascinating (albeit somewhat defensive) article by a nuclear physicist showing how Einstein's Theory of Relativity sheds light on the correspondence between the Torah's age of the universe and the age ascertained by science, see The Age of the Universe. \n\nJews do not generally use the words "A.D." and "B.C." to refer to the years on the Gregorian calendar. "A.D." means "the year of our L-rd," and we do not believe Jesus is the L-rd. Instead, we use the abbreviations C.E. (Common or Christian Era) and B.C.E. (Before the Common Era), which are commonly used by scholars today. \n\nMonths of the Jewish Year \nThe "first month" of the Jewish calendar is the month of Nissan, in the spring, when Passover occurs. However, the Jewish New Year is in Tishri, the seventh month, and that is when the year number is increased. This concept of different starting points for a year is not as strange as it might seem at first glance. The American "new year" starts in January, but the new "school year" starts in September, and many businesses have "fiscal years" that start at various times of the year. Similarly, the Jewish calendar has different starting points for different purposes. \n\nThe names of the months of the Jewish calendar were adopted during the time of Ezra, after the return from the Babylonian exile. The names are actually Babylonian month names, brought back to Israel by the returning exiles. Note that most of the Bible refers to months by number, not by name. \n\nThe Jewish calendar has the following months:\nHebrew English Number Length Gregorian Equivalent \n  Nissan 1 30 days March-April \n  Iyar 2 29 days April-May \n  Sivan 3 30 days May-June \n  Tammuz 4 29 days June-July \n  Av 5 30 days July-August \n  Elul 6 29 days August-September \n  Tishri 7 30 days September-October \n  Cheshvan 8 29 or 30 days October-November \n  Kislev 9 30 or 29 days November-December \n  Tevet 10 29 days December-January \n  Shevat 11 30 days January-February \n  Adar I (leap years only) 12 30 days February-March \n  A
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ramayana is amaranay,\nso tulsidas is ulstdasi.\ncheck according with numbers.\nthis will work,u assign 1,2,3......... so on numbers and interchange and see to get the result.
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azan!\n\nbecause if we think logic,it will connected with the time.from rising the sun until it to the west until it rising again tomorrow,we will have 5 prayer or called solat.The main factor here is the sun,from east to the west,creating different time in different country!!
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Try this.\nhttp://www.calculatorcat.com/moon_phases/moon_phases.phtml
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You can get it from following link\n\nhttp://www.astrology.com/
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Because of a branch of Astrology called Progressions. It is based on the 'a day for a year' principle.\n\nThe day after the day you were born represents your 1st year of life. The second day represents your 2nd year of life, and so on.\n\nThe positions of the planets on each of those days tell us about the type of year you will have at that point in your life. E.g. if you wanted to know about your 36th year of life, i.e. when you are 36 years old, you count 36 days down the calendar from your day of birth.\n\nThen you look at all the planets' positions and the houses they're moving through, as well as the aspects they make to your natal planets and to the cusps of your natal houses. From there, you get an interpretation for your 36th year of life.\n\nIt is the birth time that determines the Ascendant and all the other houses or areas of life. When we know where each house begins and which planet rules it, only then can we look for the ruling planet of a particular house to see its conditions, whether malefic or benefic, for a certain year, and make the predictions accordingly.\n\nIf we don't know the houses in a chart, then we can't make any predictions, because the planets only tell us the style or type of a thing, but does not tell us what the thing is, i.e. the areas of life, or houses.\n\nE.g. the sign on the cusp of your 7th house tells what type of spouse you will have, and its ruler tells what kind of marriage you will have. But if there are no houses, (due to missing time of birth), then we can't really tell anything about this area of life. Simply assuming that the Sun sign is the Ascendant and the opposite sign is the 7th house is NOT Astrology.\n\nThe Moon moves the fastest - between 11 degrees to 15 degrees in a day, and correspondingly, in a year in Progressions. So the Moon is used as a timer, in addition to the meaning for the house it rules. It progresses roughly 1 degree per month, and events can be narrowed down to the month they are likely to happen in.\n\nThe beauty of this Progression system with its timings is that, if you don't know your birth time, you can actually work it out quite accurately by working backwards with just the timetable of events in your life. This is called Rectification.\n.
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570AD\n\nHowever, the years don't line up to present since the Islamic Calender only has 354 days (it's lunar, not solar)
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stardate...\n\nor the Aztec calender they were only off 1 day in 6000 years...
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Navami means "the 9th day".  Dvithiyai = second day.  Thrithiyai = 3rd day.  Chathurthi = 4th.  Panchami = 5th.\nand it goes like this upto 14th day.  15th day will be a full moon day or a new moon day.
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It falls on the full-moon day of the month of Shravan (August-September). Rakhi forms an important Hindu festival in South India.
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See what ignorance religion inspires!  Maybe intelligent design will be taught in school that day.  The days of the calendar are meaningless.  6000 years ago, the Egyptians used a 360 day calendar.  The Romans used a calender with months having 29 or 31 days because they were superstitious!!! LOL  Cesar came along and changed the calendar again.  (Julian Calendar).  Then in the 1500's they realized that Cesar screwed up the year so much that it needed fixing.  So now we use the Gregorian calendar.  Either way, you can't equate 6/6/06 to any historical occurrence of equal opposite happening to Jesus's birth.  the fact that we celebrate 12/25/xx is ludicrous.  Plus, there is no calendar year zero.  It jumps from 1 BC to 1 AD.
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just fill the details of u on any proved astrological software like kundli\n   else      \nsearch on net like  yahooastrology, www.ganeshaspeaks.com\n else  \ngo to pandit for lagan kundli.
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right now, like today? or the week? cause you know, that changes around. For today it was scorpio till noon, then entered in sagittarius.
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ur time table has been given in ur school..\nor u can search the site indiaresults.com\nthe routine will surely be published there
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All I can find is that the origin is Hindu, and it's numerology is 3. I would suggest calling your local Hindu Temple Society and asking for further assistance. They will be completely thrilled to share their culture, trust me.\n\nGood luck!