Dwarf Planet Pluto

Because that's the way gravity works.

If you take Newton's formula for the gravitational force, and if you know enough

geometry and calculus to be able to massage and manipulate and excercise it,

you discover that if the central body's mass is huge enough (like the sun), then

the time it takes smaller things to revolve around it depends only on the distance

of the orbit, nothing else. The farther an orbiting object is from the central body,

the longer an orbit takes.

If the orbit of a comet is 5000 times the distance between Pluto and the Sun, it would be in the Oort Cloud region. The Oort Cloud is a theoretical sphere of icy bodies that surrounds the solar system beyond the Kuiper Belt, and it is where long-period comets are believed to originate from.

By studying a planet's moons, you can learn about the planet's composition, mass, and possibly its history. The moons' orbits and sizes provide clues about the planet's gravitational pull and overall structure, while their surface features and composition can give insights into the planet's geology and environment.

Pluto's reddish hue is likely due to the presence of tholins in its atmosphere. Tholins are complex organic molecules formed when ultraviolet light and cosmic rays interact with methane and nitrogen. These tholins give Pluto its reddish color.

In the year 2006.

Pluto was demoted because it did not have an orbit of its own, but shared its orbit with other Kuiper belt objects (KBOs).

(The link below should help answer your question better)

The name of Hades' garden was the Elysian Fields. It was a peaceful and beautiful place in the underworld where heroes and virtuous individuals were believed to go after death.

Space Telescopes

Planets that are orbiting stars that are far away creating fluctuations in the light that we see coming from the star. Astronomers can observe those planets by measuring the fluctuations of that light.

Internal composition refers to the structure or makeup of something from within. It describes the arrangement of components or elements that form a particular object, entity, or system. Understanding the internal composition of a structure is essential for analyzing its properties and behavior.

10 X 100000000 light years if the space ship is moving with a speed of 10000000000 km per minute.

Studying gas giants like Jupiter and Saturn can provide insight into the formation and evolution of planetary systems, as well as the physics of gas giant atmospheres. By examining their structure, composition, and magnetic fields, scientists can better understand the dynamics of gas giants and their influence on the surrounding environment. Additionally, investigating moons and rings around gas giants can offer clues to the processes that shape and interact within planetary systems.

Lowell Observatory is located in Flagstaff, Arizona.

it will freeze because Pluto is too far away and too cold to eat the ice cream. plus what flavor is the ice cream

At its closest, Pluto is about 4.4 billion km (2.7 billion miles) from the Sun. Light travels at about 300,000 km/sec, so it takes about 15,000 seconds, or about 4.2 hr, for light to travel from the Sun to Pluto. At its most distant, Pluto is about 7.4 billion km away, so light takes about 6.8 hr to reach it from the Sun.

The brightest planet in the night sky is Venus. And this is due to its highly reflective atmosphere, and the fact that it's the closest planet to the Earth.

Plutons become visible at the Earth's surface through erosion. Over time, the surrounding rocks are weathered away, exposing the once-buried plutons. This process can reveal the igneous rocks that make up the plutons, giving geologists insights into the Earth's subsurface.

force = mass x acceleration

force = mass x (distance/sec2)

force x distance = mass x (distance2/sec2) force x distance= work done (energy)

energy = mass x velocity2 10km/h = 10000m/h = 166and 2/3 m/s

energy as ball hits person on ice = 20 x 166.672 = 555577.778Joules

now energy is neither created nor destroyed it is simlply transferred from one form to another

assuming ice has no friction then

555577.778= newmass x velocity2

velocity2 = 555577.778/80 = 6944.722225

velocity = 83.335m/s = 5000.1m/h = 5km/h

No scientist speculated it because scientists know that electric and magnetic attraction is polarised, i.e. some objects attract and others repel. Also magnetism does not have poles, so it is impossible to generate a 'central force' which is necessary for an orbit as we know it.

On the other hand gravity is a weak force but all objects attract all other objects and it is possible for a massive object to provide a central gravity force to set up orbits.

Discovering more planets helps scientists to better understand the diversity of planetary systems in the universe. This can provide valuable insights into the formation and evolution of planets, as well as clues about the potential for extraterrestrial life. Additionally, expanding our knowledge of planets outside our solar system can inform our understanding of Earth's place in the cosmos.

Space probes like New Horizons have only performed flybys of Pluto because it is very far away from Earth and the journey would require a significant amount of time and resources. Additionally, the spacecraft would need to carry enough fuel for the long journey and for entering Pluto's orbit, which adds complexity and cost to the mission.

Yes, a year is the time it takes a planet to complete one orbit around the sun. This is also known as the orbital period. Different planets have different orbital periods based on their distance from the sun.

Scientists know that stars have planets through various methods, including measuring the wobble of a star caused by a planet's gravitational pull, observing the dimming of a star's light as a planet passes in front of it (transit method), and direct imaging using powerful telescopes. These methods have helped identify thousands of exoplanets orbiting distant stars.

It's not possible to be on the sun due to its extreme temperatures, but if you mean how would age be calculated on the sun, you would not have an age in the same way as on Earth since time is not experienced in the same manner due to the sun's conditions.

The length of a "solar day" on Pluto is determined by its axial tilt.

The planet takes 6.38 Earth days to rotate, and 249 Earth years to go around the Sun. But the tilt (60 degrees to the plane of its orbit) produces exaggerated seasons with some polar areas of the planet spending many Earth years in either the constant dim sunlight or constant darkness.

Pluto does not clear its orbit of debris, a key criteria for planethood, as defined by the International Astronomical Union in 2006. Additionally, Pluto shares characteristics with other objects in the Kuiper Belt, suggesting it is more akin to a dwarf planet or large asteroid than a full-fledged planet.

The fact that Pluto has hydrostatic equilibrium (a roughly spherical shape caused by gravitational influence) as attested to via the Hubble images. One could argue that it is a double planet with Charon which also maintains hydrostatic equilibrium and is bigger than the dwarf planet Ceres. This reviewer happens to believe that the idea of a planet completely clearing it's orbit of debris as a prerequisite to be a planet is silly and in many cases involving lagrange points is impossible.