The Earth orbits around the sun every 365 days. In fact, every
year it completes one full rotation around the solar system. However, each
planet rotates in their own unique manner. Let's take a closer look at what
world you will age more slowly than others.
Humanity
has been envious of the way that slow moving stars like our sun allow us to
live a full life. However, there is another planet that is opposite ours in
rotation which allows for longer lifetimes. The life expectancy can be as large
as six times more than a person who lives on Earth.
Here is
the answer of this question:
The
answer to this question is that it depends on the planet in question. The Sun
is one of the oldest stars in our Solar System and it has been observed to age
at a much slower rate than other stars in the Milky Way. This is because its
core temperature is higher, which provides more time for nuclear fusion
reactions to occur.
However,
this does not mean that your Sun will grow old gracefully. In fact, it has been
theorized that the Sun could become unstable and explode as a supernova within
one billion years or so. If this happens, you won't be around to see it —
unless you live on Mercury or Venus!
Asteroid
Belt Planets
It's also
worth noting that there are several other planets located between Mars and
Jupiter that have large asteroid belts surrounding them. These include Ceres,
Vesta and Pallas. These planets are also very rocky like Earth but they do have
atmospheres due to their proximity to their star.
Do humans
live longer in space?
Humans
have long lived longer in space than on Earth.
Since the
start of the Space Race, astronauts have lived longer than they would have on
Earth. But that doesn't mean they live forever.
The
average astronaut has lived more than eight months in space, according to
NASA's research into the issue. That is far longer than the average person
spends on Earth, which is about four years.
"It's
not like we're comparing apples and oranges," said Dr. Leonard David, who
studies human health and performance in space at NASA's Johnson Space Center in
Houston. "It's just a different environment."
NASA
scientists aren't sure why astronauts live longer up there. It could be because
there's less gravity, or it could be because people don't get as many heart
attacks or strokes when they live in zero gravity for months at a time."
How do
you age slower in space?
Aging in
space is a very different thing from aging on Earth. In space, the body is
exposed to cosmic radiation and microgravity. The two are not compatible with a
healthy human lifespan.
Cosmic
rays are high-energy particles that can damage DNA in the presence of free
radicals, which are molecules that have unpaired electrons and create free
radicals when they react with other molecules. Free radicals can cause
mutations that can lead to cancer and diseases like Alzheimer's and
Parkinson's.
Microgravity
also plays a role in how we age on Earth. The lack of gravity causes our
muscles to atrophy, which can cause loss of muscle mass, bone density and
strength. In addition, it causes fluid imbalances that can lead to heart
disease and stroke, among other health issues.
How would
we age on other planets?
The first
thing to consider is how long it takes to grow a full-grown adult. The average
human baby is born at around 20 weeks gestation and weighs about 8 pounds, so
we know that the length of time from conception to birth is about 280 days.
While
there's no way of knowing exactly how long gestation on another planet would
take, we can get some idea by considering our own body's reproduction. On
Earth, a fetus grows for about 40 weeks before birth. In other words, a fetus
matures at the same rate as it would take for a human baby to mature into an
adult after being born on Earth.
That
means that if you were born on another planet with an average gestation period
like Earth's but with a different environment and different genetic codes, you
probably wouldn't be able to grow up in that world until your first birthday
had passed.
Is one
hour in space 7 years on Earth?
The
answer is yes, it is. One hour in space is exactly 7 years on Earth. The reason
for this is that the Earth's rotation has been slowing down over time, and the
rate at which its axis of rotation precesses around its own orbital path has
been increasing.
The
precession of the Earth's axis (relative to our orbit around the sun) has been
gradually increasing over time, and will continue to do so until about 50
million years from now (about 1 billion years from now). However, after that
point, it will start slowing down again until it reaches its current value of
23.5 degrees (about 0.3 degrees per year). We can see this happening by
observing that there are times when we can predict with high accuracy where an
object will be located in the sky relative to a given date in the future based
on how far away it was at some point in history. For example, if we knew that
an object would be somewhere between 15 degrees northward and 15 degrees
southward of its current position on June 30th, 2009 (0 degrees declination),
then we could calculate exactly how far away it would be on June 30th, 2014 (0
Conclusion:
The results
may surprise you. The following list ranks the planet's based on a combination
of how long it takes for them to orbit their sun and the gravitational pull of
their sun. The first number is how long it takes for the planet to orbit its
host star, and the second number is the sun's mass, according to NASA.
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