There are 1440 seconds.
Divide that by 60 to get degrees. If you want degrees and minutes, do an integer division by 60; the remainder will be the minutes. Seconds will of course be zero in this case.
It is: 1/60 of 360 = 6 degrees
1 degree = 60 seconds. You now have all the information required to work out the answer to your question.
90 degrees. (360 degrees in a clockface, takes 60 seconds to cover all of them. So the second hand covers 6 degrees per second (360 divided by 60). Now multiply 6 degrees per second by 15 seconds - i.e 6 x 15 = 90
There are 1440 seconds.
Divide that by 60 to get degrees. If you want degrees and minutes, do an integer division by 60; the remainder will be the minutes. Seconds will of course be zero in this case.
There are 2400 seconds of latitude between 26 degrees S and 14 degrees N. Each degree of latitude is divided into 60 minutes, and each minute is further divided into 60 seconds. Therefore, 12 degrees x 60 minutes x 60 seconds = 43200 seconds. Subtracting 40800 seconds between 26 degrees S and the equator and 1200 seconds between 14 degrees N and the equator gives 2400 seconds of latitude between the two.
It is: 1/60 of 360 = 6 degrees
The symbol for degrees is °, for minutes is ', and for seconds is ''. So, a measurement of 45 degrees 30 minutes 20 seconds would be written as 45° 30' 20".
2 degrees 56 minutes 53 seconds
1 degree = 60 seconds. You now have all the information required to work out the answer to your question.
90 degrees. (360 degrees in a clockface, takes 60 seconds to cover all of them. So the second hand covers 6 degrees per second (360 divided by 60). Now multiply 6 degrees per second by 15 seconds - i.e 6 x 15 = 90
There are 38 + 19/60 + 20/3600 degrees . This equals to approx. 38.32 degrees.
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There are 360 degrees in a full circle. 60 minutes in 1 degree 60 seconds in 1 minute Therefore: 360 x 60 x 60 = 1,296,000 seconds
The calculation is 60 arc seconds X 60 arc minutes X 360 degrees in a full circle. So, there are 1,296,000 arc seconds in a full circle.