it has to do with the suns position relative to the earth. In the Southern Hemisphere, the sun is towards the north in winter and towards the south in summer. The suns relative proximity to the earth and your position influences the seasons and the length of the days through the seasons.
True, but this question is about rate of change, not just the day length. Day length goes from short to long and back again. Like the swing of a pendulum, it goes from one extreme to the other. The only way the days length can go from getting longer to getting shorter is that a some time it must pass through a point where it is doing neither, and that point is a solstice "which means "sun standstill. Close to that time it has to go slower, else it wouldn't reverse. And like a pendulum, when things are mid way, it is going fastest. "Equinox" means equal days and nights.
100000000000 seconds = 1666666666.6666667 minutes = 1666666666 minutes and 40 seconds 1666666666 minutes = 27777777.766666667 hours = 27777777 hours and 46 minutes 277777777 hours = 1157407.375 days and 9 hours 1157407 days = 3168 years and 295 days So 100000000000 seconds = 3168 years, 295 days, 9 hours, 46 minutes and 40 seconds ago.
The duration of Bicentennial Minutes is 60.0 seconds.
8 minutes and 31 seconds.
Joules = watts x seconds. Just convert the minutes to seconds, then multiply.
55 degrees, 58 minutes, 28 seconds s, and 67 degrees, 17 minutes, 20 seconds w...from someone who sailed around it.
Yes. Around the time of the summer or winter solstice, the variation in day lengths from day to day is small - by only a few seconds or so. After a solstice, heading towards the following Equinox, the rate of change gradually increases, up to around 4 minutes a day around the Equinox. If you plotted the lengths of day in daylight hours versus day of year, it would look like a sine wave with a peak at the summer solstice and a trough at the winter solstice.
It depends on what part of Texas and how long after summer solstice. Could be a very few seconds to over a couple of hours.
For the first couple of weeks after the Solstice, the length of day only declines by a few seconds per day. But the rate of change keeps increasing until the Equinox, around September 21, at which time the length of day is changing by 3 minutes per day.
That will vary in a sinusoidal pattern, but it depends on the date. From December 22 to December 23, you gain a few seconds of daylight. But it increases day by day, until on March 21 (the equinox) you're gaining 3 minutes per day. Then it starts to decrease, until from June 19 to June 20, it's only a few seconds more. After the Summer Solstice around June 21, the amount of sunlight each day begins to decrease, in the same pattern.
7 minutes and 30 seconds.7 minutes and 30 seconds.7 minutes and 30 seconds.7 minutes and 30 seconds.7 minutes and 30 seconds.7 minutes and 30 seconds.7 minutes and 30 seconds.7 minutes and 30 seconds.7 minutes and 30 seconds.7 minutes and 30 seconds.7 minutes and 30 seconds.
answer in minutes AND seconds - 58 minutes and 27 seconds answer in seconds - 3,507 seconds
0 hours 0 minutes 0.82 seconds (when you say it really quickly)
321 seconds - 5 minutes 21 seconds 625 seconds - 10 minutes 25 seconds 542 seconds - 9 minutes 2 seconds 203 seconds - 3 minutes 23 seconds
10 minutes + 11 minutes = 21 minutes 58 seconds + 21 seconds = 79 seconds 79 seconds = 1 minute and 19 seconds 21 minutes + 1 minute and 19 seconds = 22 minutes and 19 seconds
When you add 5 minutes and 40 seconds to 8 minutes and 50 seconds, the total is 14 minutes and 30 seconds.
6 minutes, 11 seconds
7 minutes and 52 seconds plus 3 minutes and 43 seconds is 11.583 minutes OR 11 minutes 35 seconds.