What are the planets visible today? Mars, Jupiter, and Saturn are still visible in the morning sky. After they rise, they’ll become more difficult to see because the Sun’s glare will block out the rest of the sky. Mercury, Venus, and Mars are still visible but they’re not as bright as they used to be. Jupiter’s Great Red Spot and Saturn’s opposition are other highlights you can see.
Mercury, Venus, Mars, Jupiter and Saturn are still visible in the morning sky
If you are looking for the planets, the best time to see them is just before sunrise, when the five bright planets line up. They are still bright throughout the year, but rarely do they line up in such an extraordinary way. Mercury, Venus, Mars, Jupiter and Saturn are still visible in the morning sky, so you should spend some time observing them during the early hours.
If you wake up at dawn on June 4, you can catch the five planets shining in the morning sky. During their planetary alignment, they will appear in the same order in the sky as their orbits around the sun. The planets will be the first to appear in the early morning sky, beginning at a few minutes before sunrise. This heavenly alignment has not happened since December 2004. It will occur most easily at dawn in the southeastern sky during the first hour of the day.
Observe the alignment early in the morning to catch the constellations of Venus and Mars. They’ll be positioned in the east-southeast, making them visible without a telescope. The moon will be between Mars and Venus, so the moon will act as a proxy for Earth. Binoculars can help with Mercury. Observe them as often as possible!
Mercury sinks into the Sun’s glare
If you are a fan of astronomy, you may be interested in seeing the dazzling planet Mercury as it drifts across the sky. This planetary body is visible for only a few days each year, at the maximum separation from the Sun. Its apparition varies in timing, alternating between the evening and morning sky. When lying to the east, Mercury rises shortly after sunrise, while it rises just before sunrise when lying to the west.
If you want to see Mercury, it’s best to look up about 40 minutes after sunset in late January or middle May. At this time, Mercury will be positioned around 12deg above the horizon. It will gradually turn into a crescent and disappear into the Sun’s glare near the end of the month. It can be seen without the use of binoculars or other optical aids, but it is difficult to see if you don’t have binoculars or other binoculars.
NASA’s Atlas of Mercury reveals a planet with a magnetic field. The planet has no atmosphere, and its axis of rotation is tilted two degrees from its orbit around the Sun. Mercury is also tectonically active. The MESSENGER spacecraft discovered stair-like fault scarps in its surface. These scarps must be geologically young, and suggest that Mercury is still contracting.
Jupiter’s Great Red Spot
The Great Red Spot on Jupiter is still visible today, though it has shrunk considerably in size over the past century. In the 1800s, this region spanned 25,000 miles. Today, it is only about ten thousand miles across. Observations of the Great Red Spot have revealed many interesting things about this planetary body. Read on to learn more. And if you have time, you can use a small telescope to view the red spot in its current form.
The Great Red Spot has long fascinated astronomers. Its bright red color has long attracted people to observe Jupiter, making it an iconic icon on posters of the solar system. In fact, astronomers have studied the Great Red Spot since the 1870s. It is an upwelling of material from Jupiter’s interior. If the Great Red Spot were a real planet, it would resemble a tiered wedding cake, with layers of outer clouds. Scientists have determined that the Great Red Spot is slowly shrinking, and it could fit the Earth inside.
The storm’s depth is estimated to be 310 miles (500 kilometers) deep, making it taller than the distance from the sea to the space station. Because the Great Red Spot is so deep and persistent, it is fed by jets that extend up to 1,900 miles from the planet’s surface. But these jets are far too powerful to reach the Great Red Spot. The microwaves emitted by Juno’s Microwave Radiometer (MPR) can’t resolve these tiny changes.
Saturn will be in opposition to the Sun on August 14 of 2022, while Jupiter will be in opposition on August 14. On these dates, both will be rising near sunset and setting shortly before sunrise. Observers can see both planets throughout the night. Saturn is at its brightest on these dates, while Jupiter will be closest to Earth on August 14. The nearly full Moon will be close to Jupiter on the 21st.
In addition to the Sun and Jupiter, the Moon and Mars will be in close proximity to each other during this time, and the two will appear close together in our sky. While we’re watching the oppositions of the planets, we can also look for a bright naked-eye comet. In addition to the planets’ close proximity to one another, we can observe various Mars missions and advanced amateur astronomers taking photos.
The brightness values for the planets are given in descending order of magnitude when seen from Earth. Mercury, Venus, and Mars are measured at their brightest magnitude during their orbits. Saturn’s brightness values are average brightness values for its closest approach to the Earth. They may vary by up to 0.2 magnitudes. To get an idea of which planets will be in your sky on any given night, check the ephemeris of your local star map.
If you’re interested in viewing celestial bodies, the month of March is a great time to do so. With binoculars or a small telescope, Neptune is visible today. In addition to the planet, you’ll also be able to spot Uranus and Pallas, two dwarf planets and one large asteroid. These two planets are well-known.
Neptune is currently in the southeastern sky, and will be flanked by Jupiter and Saturn. Observers can view the small blue disk with binoculars or a telescope at night. On June 28, Neptune will slow down its eastward prograde motion and begin a westward retrograde loop that will last until early December. In addition, the moon will occult Ceres for those who are in the daytime.
Venus is in the morning sky and will rise and set near sunrise. Observers in mid-northern latitudes will have difficulty seeing Venus on the 9th. The crescent Moon, Jupiter, and Saturn will all be close to Venus on the 16th and 17th. On the evening of the 6th, Venus is positioned over the south-eastern horizon, where it can be seen at sunset.
You can see Uranus on March 6 as a waxing crescent Moon sits in the constellation of Aries. The outermost planet is approximately three to four degrees to the northeast of the Moon. By the end of the month, Uranus is about 0.8deg due west of the bright blue supergiant Omicron. The moon will pass Uranus before sunrise on June 25. This object is just over 1.771 billion miles from Earth.
The planet Uranus is 1.7 billion miles away, so it is not visible to the naked eye, but you can still see it if you have a clear sky. Observe it at dusk, when the moon has set, and use binoculars to observe it in the evening. It will be in the eastern sky, right before the faint constellation of Aries. However, you need to find a dark area to view it. It is also advisable to time your observation to avoid the Moon’s light.
The next two planets that will be in your morning sky will be Venus and Saturn. Venus is the first planet to rise, followed by Saturn. Mars will follow, which is magnitude -3.7 and 1.3 respectively. Over the month, Venus and Mars will gradually dim to magnitude -4.4 and 1.1, respectively. It is worth watching these planets in order to view Uranus. You can also use a telescopic telescope to view these objects.