Yes. That's one of Kepler's three laws of planetary motion, which he figured out
from studying Tycho's lifetime of watching the planets and keeping notes.
About 100 years after Kepler, Newton wrote his theory of universal gravitation,
and showed that if gravity is true, then the planets mustbehave that way.
The earth moves in an elliptical orbit, meaning it is in an oval shape. When the earth is closer to the sun, it travels faster than when it is far away because the gravity of the sun slingshots it forward. I believe this discovery was brought into being by Isaac Newton.
Any object in any closed orbit always moves slower when it's farther away
from the central body, and faster when it's nearer to the central body.
Comets do it, the Earth does it, the Moon does it, asteroids do it, the
International Space Station does it, the Apollo command modules and the
Space Shuttles did it, and astronauts on space-walks do it.
The reason is: That's the way gravity works. If you take Newton's formula for
gravitational force, and you have enough geometry and calculus to play around
with the formula and MASH it into different shapes and forms, then all of Kepler's
laws of planetary motion fall right out of the math. The statement about faster,
slower, nearer, and farther is Kepler's third law.
Gravity is an inverse-square force, which means that as a planet goes closer to the Sun it experiences a stronger gravitational pull. That makes it accelerate towards the Sun more, but as it is already moving quickly around the Sun the result is that it goes more quickly.
An alternative explanation is that when the planet moves closer to the Sun it gives up potential energy from the gravitational field which is converted to kinetic energy. With more kinetic energy it moves faster.
Take your pick.
Halley's Comet travel at 157,838 mph which is 254,016 km/h.
As the planet gets closer it moves faster then slows down as its leaving the vicinity of the sun
It speeds up at it gets closer to the sun, then slows down again as it leaves.
Because of the effect of the Sun's gravitational pull.
The compared orbital speed of planets increases as they get closer to the Sun, due to the greater gravitational pull.
they get faster
Their closer to the sun.
The planets will fall into the sun and get destroyed.
tempatures start to rise . and alot of diffrent things lol (:
According to Kepler's Law the closer you are to the Sun the faster you travel. You kind of whip around it. Imagine running and reaching out to a pole and it whips you around it.
they get faster
the closer you are to the sun it affects the planets speed cause of the suns gravitational pull
The one that is closer will move at a higher speed. The same happens, for example, with planets revolving around the Sun - the planets closer to the Sun move faster.
Their closer to the sun.
The closer planets are to the Sun the faster their orbit speed
Yes. Planets (and other things) orbit at a higher speed the closer they are to the object they are orbiting.
It increases.
They are closer to the sun because their orbits are smaller.
Terrestrial planets are made of denser materials than Jovian planets. The planets were primarily formed from the left over disc of dust that orbited our sun when it first formed. The heavier elements were draw closer to the sun by gravity and the lighter ones flung further outward by their high orbital speed.
Less. Uranus is further away from the Sun. In general, the planets closer to the Sun move faster.
Gravity. The closer a planet is to the sun, the faster it must move to keep from falling into the sun. So note; the closer in; the smaller the orbit AND the faster the speed.
The planets closer to the Sun than Jupiter are: Mercury, Venus, Earth, and Mars. So, four planets are closer than Jupiter.