given that the average distance distance from the Earth to the Moon is 382,500 KM
a Bike @ 10km per hour would take 4.3 Years
a Car @ 100km per hour would take 159.38 days
a ship @ 20,000km per hour would take 19.13 hours
@ the speed of light would take 1.28 seconds
THIS IS ALL WRONG
There are several types of router speeds. These include 802.11 b, the slowest, and 11 Mbps is the fastest.
They are traveling inside an airplane or space vehicle . . .
a spoiler is used to hold down the back of car when driving at high speeds :)
Driving at speeds that exceed the legal speed limit always endangers children in the car. A pattern of driving at such speeds would likely be classified as child endangerment if it could be proved by such evidence as traffic violations.
As far as I know, Utah-based MSTAR (http://www.mstar.net/offerings/fastestnet.php) provides the fastest residential Internet connection, with top speeds of 50Mbps, both down and up, at a cost of $60 per month. Verizon's FiOS is the best i the market. It serves a wider area--but still limited--area, offering top speeds of 1000Mbps(tested) (sold)50/50 for $140 per month.
Yes. At speeds approaching the speed of light, both the meter stick and whatever is to be measured will shrink - from the point of view of somebody who stays back on Earth for example. But the meter stick won't notice this, since both shrink by the same ratio. From the point of view of the people who travel on a spaceship at a very high speed, there will be no difference. Note that in any case, such high speeds are science fiction topics - it is not yet possible to make a spaceship that moves even at 1% of the speed of light - at which speed the effects of Special Relativity are not yet very significant.
We don't know where the farthest planet is. But if we assume it's at the edge of the observable universe, then it depends on how fast we go:A spaceship travelling as fast as we can go in 2017 would take 838 trillion years.A spaceship travelling at the speed of light (which is virtually impossible) would take 45 billion years.A star trek Starship travelling at variable warp speeds would take about 45 million years
I doubt it. Even at the speed of light that would take hundreds of thousands of years. At current probe speeds, it would be more like hundreds of millions or billions of years.
# The cheetah, which can reach speeds up to 65mph. # The pronghorn antelope, speeds up to 53mph. # The Mongolian gazelle, speeds up to 50mph. # The Springbok, speeds up to 50mph. # Grant's Gazelle, speeds up to 47mph. # Thomson's Gazelle, speeds up to 47mph. # The European hare, with speeds up to 43mph.
Suck my balls
The wind speeds are approximately 34.48
A VCR has a tracker, so multiple speeds.
Super Speeds was created in 1979.
Speeds from 4800 to 9600 are available.
The shift speeds are computer controlled and not adjustable.The shift speeds are computer controlled and not adjustable.
the speeds get up to 94 mph
512MHz and 256 MHz