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All right, continuing on. We've got Venus. Venus is rising about 5.30 AM this week. Look for Venus to the east about an hour before sunrise. Venus moves across the Earth, shining at magnitude 3.9 on the first, oh, I forgot to do my normal magnitude, magnitude spiel. The magnitude scale is an inverse logarithmic scale, meaning that as the magnitudes increase, the object appears to, its brightness decreases by a factor of about 2.5. The dimmest that the human eye can see is around 6 magnitudes. So any magnitudes greater than 6, you'll need a telescope or binoculars to spot that. So a magnitude 7 object is 2 and 1 half times dimmer than a magnitude 6 object. While a magnitude 5 object is 2 and 1 half times brighter. The magnitude scale is designed so that every five magnitudes is either increases or decreases by a factor of about 100. So the lower the magnitudes, the brighter the object. And take a look with binoculars, and you'll see a lot more. And telescopes, you'll see, even with the bright object that you can see. And definitely pull that detail in for sure. For most of the northern saving time, that ended for most of the US back on the 2nd. But you may want to check out www.timeanddate.com to see who does observe daylight saving time both in the northern and southern hemisphere. We got Mars. Mars is setting about 5.30 in the evening this week. Look for Mars, very low to the west in the evening about 30 minutes after sunset. Mars moves from the constellation of Libra into Ophiuchus shining at magnitude 1.5. So Mars and Mercury are very close, about 8 minutes apart. So take a look, Mercury sets about 8 minutes before Mars, excuse me. Those M's are getting me all messed up.