I get the joke, assuming you’re being tongue in cheek, but when that ambiguity still remains, one’s location is still not given. Hemisphere is a subset of all locations, so superfluous information. But yeah, I was just kidding around.
Location on Earth will change timing for really precise events like occultations. Location on Earth will not affect any DSO’s visual “closeness” to the moon, especially not at the low zoom scale of binoculars. Hemisphere will only change which is on top. At 1/40th the distance to the moon, moving from pole to pole only changes the view the amount standing 1 foot to the left changes the view of an object 40ft away
It’s close to the moon atm if you have a decent pair of binoculars or a telescope
Where are you from? That can depend on the location.
And the hemisphere.
Difficult to identify one’s location without giving away the hemisphere.
Not if the answer is Perth.
I get the joke, assuming you’re being tongue in cheek, but when that ambiguity still remains, one’s location is still not given. Hemisphere is a subset of all locations, so superfluous information. But yeah, I was just kidding around.
Yeah, likewise :-)
And you’re right of course.
Hey sorry everyone totally right Northern Hemisphere Europe
Location on Earth will change timing for really precise events like occultations. Location on Earth will not affect any DSO’s visual “closeness” to the moon, especially not at the low zoom scale of binoculars. Hemisphere will only change which is on top. At 1/40th the distance to the moon, moving from pole to pole only changes the view the amount standing 1 foot to the left changes the view of an object 40ft away