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The earth does not rotate at a constant speed, and the exact definition of a second no longer depends on the earth's orbit, or day but on atomic vibrations.


However, the approximate number of seconds in 1 000 000 years would be 31,556,925,974,700 seconds. This would need adjusting by the number of leap seconds added or subtracted over the interval.


The above equals 525,948,766,245 minutes.




The earth does not rotate at a constant speed, and the exact definition of a second no longer depends on the earth's orbit, or day but on atomic vibrations.


However, the approximate number of seconds in 1 000 000 years would be 31,556,925,974,700 seconds. This would need adjusting by the number of leap seconds added or subtracted over the interval.


The above equals 525,948,766,245 minutes.




The earth does not rotate at a constant speed, and the exact definition of a second no longer depends on the earth's orbit, or day but on atomic vibrations.


However, the approximate number of seconds in 1 000 000 years would be 31,556,925,974,700 seconds. This would need adjusting by the number of leap seconds added or subtracted over the interval.


The above equals 525,948,766,245 minutes.




The earth does not rotate at a constant speed, and the exact definition of a second no longer depends on the earth's orbit, or day but on atomic vibrations.


However, the approximate number of seconds in 1 000 000 years would be 31,556,925,974,700 seconds. This would need adjusting by the number of leap seconds added or subtracted over the interval.


The above equals 525,948,766,245 minutes.


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12y ago

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The earth does not rotate at a constant speed, and the exact definition of a second no longer depends on the earth's orbit, or day but on atomic vibrations.


However, the approximate number of seconds in 1 000 000 years would be 31,556,925,974,700 seconds. This would need adjusting by the number of leap seconds added or subtracted over the interval.


The above equals 525,948,766,245 minutes.


User Avatar

Wiki User

12y ago
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