The moon's "orbital period" is the length of time it takes the moon to make one
complete revolution around the earth. That period of time is about two days less
than the time it takes for the moon to go through all of its phases.
Months! A blue moon is when there are 2 full moons in 1 month.
FULL STOP means period. In Canada it is called.. Full Stop because Canadians speak english.
When that happens would be on a different date each year, as full moons do not happen on the exact same date each year, so there is no precise answer to your question.
The Moon is "tidally locked" and always has the same face turned to the Earth. So, the rotation period equals the orbital period. The Moon rotates once (a sidereal day) per 27.321582 Earth days. So, that's the length of the Moon's "sidereal day". The "daylight" is about 14 days long, and the nights are about the same length. (If you're on the "near side" of the Moon, then the lunar night is at least sort-of illuminated by the nearly full Earth, which is WAY brighter than the full Moon.) So the answer is: about 2,360,580 seconds.
Blue Moons aren't like solar eclipses - they don't just happen to a certain part of the Earth. A blue moon is just the name for the event where a full moon happens twice in the same month; The second full moon in that month is called a "blue moon". You can see the moon from anywhere on the Earth in a 24 hour period, so yes, the next blue moon will happen "over" the US.
the answer is 2
No, they will have phases similar to our own moon bit on different timescales due to their varying orbital periods.
The question is a little vague; I'm going to assume you mean full moons. The synodic period (the time between two full moons) averages 29.53 days, which works out to about 12.4 of them per year. In any given calendar year there are either 12 or 13 full moons. 2014 is a "12 full moons" year; 2015 will have 13.
There were 13 full moons in 1982. The number of full moons varies each year. In 1983 there were 12 full moons and in 1984 there were also 12 full moons.
A lunar month is the period of time between new or full moons.
The full moon IS the orbital stage of the full moon....
That would be 1,200 full moons at a rate of 12 full moons per year.
A full p orbital contains 6 electrons.
If the Moon's orbital plane were exactly the same as the ecliptic, there would be solar eclipses at every new moon and lunar eclipses at every full moon. They would be ordinary, and we would lose our sense of wonder about them.
in d orbital and f orbital there is a full filled & half fulled stability
A leap year, like normal years, usually has 12 full moons, but can have 13 full moons.
Since argon is the last element in its period, it is a noble gas. This means that it has a full outer shell of electrons (specifically a full p orbital), and is not very reactive (at all).