tor baper heda
The time of local longitude is known as local solar time. It is based on the position of the sun in the sky, with noon occurring when the sun is at its highest point. Local solar time varies depending on a location's longitude, with each degree of longitude corresponding to a time difference of four minutes. This system contrasts with standard time zones, which are often established for convenience and may not align precisely with local solar time.
We can't tell the total length of your trip from that information,but we know that your longitude has changed by one degree.
The solar time of a person living 4 degrees of longitude east of the noon meridian would be 16 minutes ahead of local time. This is because the Earth rotates 15 degrees per hour, so for each degree east of the noon meridian, the solar time is ahead by 4 minutes.
You cannot reliably determine a place's time zone by its longitude. The best you can do is to calculate the local mean time for the longitude. That is because every country is free to choose whatever time zone(s) it wants, and therefore there are many places where the time zone is not the local mean time rounded to the nearest hour.To calculate the local mean time at a certain longitude when it's noon UTC, using x° for x° east and -x° for x° west, add 180° to the longitude, multiply by 4 minutes per degree, and divide by 60 minutes per hour.
Local mean time at 72 degrees west longitude is UTC-4:48.
For each degree of longitude to the east, the local mean time is four minutes ahead.
Local mean time, the time used before time zones, which is set to noon when the sun is at its highest point in the sky as seen from your city, is one hour ahead for every 15° of longitude eastward. That equates to four minutes ahead for each degree of longitude east, or four minutes back for each degree of longitude west.
Yes. Standard time is that defined along a particular longitude. Local time is related to the longitude of the place concerned. 24 hours = 360 degree. Therefore 1 degree = 4 minutes. Cities to the east of the Standard time longitude are ahead and vice versa for Cities to the west.
The time of local longitude is known as local solar time. It is based on the position of the sun in the sky, with noon occurring when the sun is at its highest point. Local solar time varies depending on a location's longitude, with each degree of longitude corresponding to a time difference of four minutes. This system contrasts with standard time zones, which are often established for convenience and may not align precisely with local solar time.
We can't tell the total length of your trip from that information,but we know that your longitude has changed by one degree.
A location's standard time is whatever the local national government says it is. Usually a location's offset from Coordinated Universal Time (UTC) is its degrees of longitude multiplied by 4 minutes/degree (4 minutes per degree) then divided by 60 minutes/hour and rounded to the nearest whole hour, but there are exceptions. Places east of the prime meridian (0° longitude) and west of the international date line (180° longitude) are ahead of UTC, and places west of the prime meridian and east of the international date line are behind UTC.
The solar time of a person living 4 degrees of longitude east of the noon meridian would be 16 minutes ahead of local time. This is because the Earth rotates 15 degrees per hour, so for each degree east of the noon meridian, the solar time is ahead by 4 minutes.
You cannot reliably determine a place's time zone by its longitude. The best you can do is to calculate the local mean time for the longitude. That is because every country is free to choose whatever time zone(s) it wants, and therefore there are many places where the time zone is not the local mean time rounded to the nearest hour.To calculate the local mean time at a certain longitude when it's noon UTC, using x° for x° east and -x° for x° west, add 180° to the longitude, multiply by 4 minutes per degree, and divide by 60 minutes per hour.
Local noon is the time when the sun is exactly to the south in the Northern Hemisphere, exactly to the north in the Southern Hemisphere and exactly overhead on the equator. It changes one minute for every 15 minutes of longitude you travel.
Local mean time at 72 degrees west longitude is UTC-4:48.
82.5 The question is better phrased as http://wiki.answers.com/Q/Indian_local_time_is_based_on_-E_longitude----------? Local time varies for every town and village, but IST is common for India.82.5E longitude82.5 degree E longitude http://en.wikipedia.org/wiki/Indian_Standard_Time
Take for example: 75°57′8″W, a line of longitude. We all know that lines of longitude measure the time zones. There are 360 degrees of longitude, and there are 24 hours in a day. Therefore, an hour would be 15 degrees longitude (360/24). 75° would be the number of degrees of longitude. If we take 75 and divide it by 15, we get the number of hours that we want, in this case, 5 hours. 57′ would be the number of minutes. 8″ would be the number of seconds. Sometimes, there are even milliseconds. They are the decimals after the number of