Well, no one knows for sure when the voyager satellites will reach the nearest stars because no one can predict the future unless they are special but it will take many light years for that to even happen and you`d be dead already once that satellite reaches the nearest stars. Try looking up a video about that. It's called "Powers of 10". It is such a cool video.
It depends on the length of the person's arm, and the width or length of a table (depending on the person's position at the table). For example, if a person can reach 2-feet, but they want to reach across the length of a 6-foot table, then they can't reach very far.
An object in orbit is falling toward the Earth. Plus, it has some motion 'sideways'. Remember that the Earth is shaped like a ball. The sideways motion of the object is just enough so that the curve of the Earth 'falls away' just as fast as the object falls. So the object keeps falling, but never gets any closer to the Earth.
Hyperextension.
To reach an equilibrium
The scientific method.
Voyager 2 will pass near sirius in 296,000 years.
Voyager 2 was launched first. It's trajectory was designed to take advantage of an unusually convenient alignment of the planets allowing the inclusion of Uranus and Neptune fly bys in the probe's mission. Voyager 1 was launched after its sister probe, but on a faster trajectory which enabled it to reach Jupiter and Saturn sooner at the expense of visiting the outer planets.
It is used for communication plates where geostationary satellites can't reach, in polar areas. Russia uses elliptical satellites where the geostationary satellites can't reach.
1989
Voyager 2 was launched after Voyager 1, but it was on a faster trajectory and a shorter flight time to reach its targets. This allowed Voyager 2 to visit Jupiter, Saturn, Uranus, and Neptune on its mission, following a different path than Voyager 1.
No. Other galaxies are too far away. The nearest galaxy to the solar system is a dwarf galaxy about 25 thousand light years away, meaning it would take 25 thousand years to reach it at the speed of light (the fastest possible speed) and no man-made object can travel at anywhere near that speed. We have been sending objects into space for a little less than 60 years. The farthest man-made object from earth, Voyager 1, is about 16 light hours from earth, meaning it would take 16 hours to reach it at the speed of light. It took nearly 35 years for Voyager to get that far.
pioneer series
Voyager 1 was launched on September 5, 1977, and it made its closest approach to Jupiter on March 5, 1979. This means that it took 546 days (or 1.5 years) to reach Jupiter.
You reach over the top, or Jack the van up and reach them from underneath.
They have they sent it in 2005 and they said it should reach pluto by 2015
Daniel Boone was the most well known pioneer in Kentucky. He brought settlers through the Cumberland Gap.
A leading question. Yes - but not in my, yours, my grandchildren or even yours. The distance to stars is just too far with today's technology. At the fastest probe speed (Voyager 1), it will take over 75,000 years to reach the nearest star - Proxima Centauri.