Latihan Soal Tata Surya

The correct answer is "Orbit" because the term "garis edar planet" translates to "the path followed by a planet around the sun." This path is known as an orbit. The other options, such as asteroid, planetoid, and meteoroid, do not accurately describe the path followed by a planet.

The correct answer is "Merkurius, Venus, Bumi, Mars Jupiter, Saturnus, Uranus, Neptunus." This answer lists the planets in order from closest to the center of the solar system to farthest away. Starting with Merkurius, the list progresses through Venus, Bumi (Earth), Mars, Jupiter, Saturnus, Uranus, and Neptunus.

Neptunus adalah planet yang terletak paling jauh dari pusat Tata Surya. Meskipun Pluto telah dianggap sebagai planet terjauh sebelum diklasifikasikan sebagai planet katai, penemuan planet lain seperti Eris dan Makemake menyebabkan perubahan definisi planet. Sebagai hasilnya, Neptunus sekarang dianggap sebagai planet terjauh dari pusat Tata Surya.

The statement is true because Jupiter, Saturn, Uranus, and Neptune are all considered superior planets. Superior planets are those that are located outside of Earth's orbit and have orbits that are farther from the Sun than Earth's orbit. These planets are also known as gas giants because they are primarily composed of hydrogen and helium gases.

Mars is not the closest planet to the sun. Mercury is the closest planet to the sun.

The correct answer is "Menjauhi Matahari". This answer is based on the understanding that comets typically have elongated orbits that take them far away from the Sun. As they move away from the Sun, their tails can become more visible due to the solar wind and radiation causing the gas and dust in the comet to glow. Therefore, the statement "Menjauhi Matahari" aligns with the behavior and characteristics of comets.

Bintang kejora berada setelah Merkurius dalam sistem tata surya.

The statement says that Planet Interior is a planet whose average distance from the sun is longer than the average distance from Earth to the sun. However, there is no scientific concept or definition of "Planet Interior" in astronomy. Therefore, the statement is not true.

The correct answer is "Meteorit" because a meteorit is a meteoroid that survives its passage through the Earth's atmosphere and lands on the Earth's surface. This distinguishes it from a meteor, which is the visible streak of light that occurs when a meteoroid enters the Earth's atmosphere and burns up. Therefore, a meteorit is the appropriate term for a meteoroid that reaches the Earth's surface.