Recent content by sanidhay

this was the answer i was wanting

the data is taken from wolframalpha only...go and check it out December 21 56994

and tht includes 21 too

i don't know ne thing about that... but just assume that it is happening... i just want to know that if it is happening thn what is the factor responsible for that?

i used 21 december because it has the shortest period of daylight...and wolframalpha is a software from creators of google... and yeah i believe that the first explanation might be right.. but if it is correct then does it mean that the orbit of Earth is increasing...or the sun is expanding or...

i calculated this... i used a tool.. wolfram mathematica 8 http://wolframalpha.com

and not on the poles..it will be on equator

whatever it does but on December 21 56994 the sunlight will be of 23 hours and 6 mins... what say about this?

now got it?

let me give the example of what m talking about.. like on 21 December 92 AD the time of sunlight was 10 hours 18 minutes (used an online calculator) on 21 December 1800 AD the time of sunlight was 10 hours and 19 minutes... on 21 December 2800 AD the time of sunlight will be 10 hours and 20...

let me give the example of what m talking about.. like on 21 December 92 AD the time of sunlight was 10 hours 18 minutes (used an online calculator) on 21 December 1800 AD the time of sunlight was 10 hours and 19 minutes... on 21 December 2800 AD the time of sunlight will be 10 hours and 20...

no i m not talking about them

But can it be possible that the daylight will be of 23 hours and 9 minutes? if yes then what does it means? suppose on a given day after every year the time of daylight increase by 1 minute...then what does this mean?

what does this mean that every year the time of daylight in increasing on a specific date? is the speed of Earth's rotation increasing or the speed of its revolution is increasing..please help me out...