Planet Mars

About half the amount of sunlight reaches the surface of Mars compared to Earth, due to its greater distance from the Sun. The thin atmosphere on Mars also scatters and absorbs some of the sunlight before it reaches the surface.

Yes, the polar caps of Mars can be seen with Earth-based amateur telescopes during certain times of the year when they are not obscured by dust storms. Dust storms on Mars can also be observed with specialized equipment and are sometimes visible to amateur astronomers as changes in the planet's appearance.

The surface of the northern half of Mars is lower in elevation and has more plains, while the southern half is higher in elevation with more rugged terrains, such as large volcanoes and deep valleys. The southern hemisphere also has a thicker crust and older terrains compared to the northern hemisphere.

Mars is also known as the "Red Planet" due to its reddish appearance caused by iron oxide (rust) on its surface.

Pre-packaged and dehydrated food would be the most practical option for a Mars mission, as it is lightweight and has a longer shelf life. Vacuum-sealed or freeze-dried food items would also be suitable for preserving freshness and nutrients during the long journey and on the planet. Additionally, growing fresh food through hydroponics or other controlled agricultural methods could be explored to provide variety and nutritional balance for the crew.

The Sun does not revolve around itself; it rotates on its axis. It takes about 25 Earth days for the Sun to complete one rotation.

Mars's two moons, Phobos and Deimos, we're both discovered in August 1877 by Asaph Hall.

Asaph Hall III (Oct. 15, 1828-Nov. 22, 1907) was an American astronomer best known for his discovery of Phobos and Deimos, the two captured moons of Mars. Aside from this, Hall also discovered the orbits of other planet's satellites and of double stars, the rotational period of Saturn, and the mass of Mars.

There is currently no known population on Mars as it is uninhabited by humans. Various space agencies and private companies are working towards sending humans to Mars in the future, but no humans have reached Mars yet.

The first one was a pathfinder named Sojourner. The second and third were named phoenix and phoenix 2. The 4th was a rover called Opportunity which was followed by Spirit which landed in Gusev Crater that's believed to have been an ancient lake. The last one and

The Temple of Mars Ultor in Rome was completed in 2 BC, under the emperor Augustus. Construction likely took several years, with work beginning around 20 BC.

If your weight on earth (with a gravitational acceleration of approx. 9.8 m/s^2) is 45 kg, then your mass would be 45 / 9.8 = 4.6 - Meaning that on Mars (which has a gravitational acceleration of 3.7 m/s^2), your weight would be 4.6 * 3.7 = 17 kg. To summarize and simplify, the conversion factor from Earth to Mars weight is approx 3.7/9.8=0,38.

Phobos is pronounced as "FOH-buhs" and Deimos is pronounced as "DAY-mohs".

The escape velocity from the surface of Mars is about 5.0 km/s (3.1 miles/s). This means that a spacecraft would need to reach this speed to break free from Mars' gravity and enter into space.

if that isn't a therietical question, then you would drink water, because ice has been found on mars, you would just have to find a way to melt it, if you didnt melt it quick enough it would evaporate

Mars does not have an asthenosphere like Earth. The asthenosphere is a layer in Earth's upper mantle that is semi-fluid and allows for plate tectonics to occur. Mars does not have active plate tectonics, so it does not have a comparable asthenosphere.

It would be extremely challenging to turn Mars into a green planet due to its harsh environment lacking in atmosphere, water, and suitable temperatures. It would require significant technological advancements and resources to transform Mars into a habitable environment for plant life.

All you need to know to answer this question is the acceleration due to gravity on Mars, which is 3.71 m/s. Plugging that number into the equation F = m*gm, where F is the force on the object due to gravity, also called its weight, m is the mass of the object and gm is the acceleration due to gravity on Mars. The result is

185.5 kg*m/s or 185.5 N.

It is possible that humans may one day inhabit Mars, with plans currently in progress by various space agencies and companies to send astronauts to the red planet. However, significant technological advancements and logistical challenges need to be overcome before this can become a reality.

Mars is an inner planet, located between Earth and the asteroid belt. The inner planets are rocky and terrestrial, while the outer planets are gas giants.

It would weight 1/6 of what it weighs on Earth. The weight, of course, would depend on the exact bottle. For example, a 2-liter bottle has a mass of about 2 kg, and would weigh 20 Newtons on Earth. On the Moon, it would weigh a little over 3 Newtons.

First how much is you? If you weigh 80 pound; then it is 5,000,651

The Mars rovers were built to explore the surface of Mars, conduct scientific research, and gather data to learn more about the planet's geology, climate, and potential for past or present life. They also help pave the way for future human missions to Mars.

Jupiter is much larger and more massive than Mars, with Jupiter being a gas giant while Mars is a terrestrial planet. Jupiter is primarily composed of hydrogen and helium, while Mars is mainly rock and dust. Additionally, Jupiter has a strong magnetic field and many moons, while Mars has a much weaker magnetic field and only two moons.

Taking into account that the planet Mars orbits our Sun in about 687 days, while the Earth does the same in about 365 days, it comes down to simple math:

365 * 12 / 687 = 6,38 years.