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OK, on with the planets. We've got Mercury is right, let's see. Mercury was at greatest western elongation, 21 degrees west of the sun, back on the seventh. That means it was about as high as it got in the early morning hours towards the east. sounds kind of weird, but when Mercury and Venus are at eastern elongation, they are actually as high as they're going to get in the eastern sky before sunrise. And just the opposite when they are at eastern elongation, which means they're kind of east of the sun, which kind of makes sense if you think about that. East of the sun, but they're as high is they're going to get in the Western sky right after sun. A little bit confusing there, but hopefully I explained it right. We've got Mercury rising at 5.45 AM this week. Mercury is 40 minutes north to the east. Mercury moves from the constellation of Libra to Sagittarius, trying to get magnitude 0.1 back on the 1st. So it's going to be a little bit more tougher to spot in the early morning. However, it is rising at least an hour, almost an hour and a half before the sun. But you'll have to wait until it gets well above the horizon to spot it. Quick tutorial on magnitudes. The magnitude scale is an inverse logarithmic scale, meaning as the magnitudes increase, The parent object, the parent brightness of an object decreases by a factor of about 5. The dimmest that the human eye can see is about 6 magnitude. If you're in a big city like I am, it's probably closer to fourth. Any magnitudes greater than 6, you'll need binoculars or a telescope for. Any magnitudes less than 6, you can use your naked eye. Definitely play a telescope or binoculars towards those objects so we can pull out much more detail for sure.