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Compared to what reference point? A velocity of some object should always be indicated relative to some other object.
We are part of the milky way galaxy, so we are moving with it.
When calculating the velocity of the earth there are three major vectors to calculate. First, the velocity of the earth as it orbits the sun. Second, the velocity as the solar system rotates around the galaxy. Third, the velocity that the Milky Way galaxy is moving through the universe. The Earth moves at 30 km/sec around the sun. The sun moves at 250 km/sec around the Milky Way and finally, the Milky Way is moving at about 300 km/second.
Relative to what? From the Milky Way Galaxy it is receding at about 203 km/s
100000 mph
Faster than yours.
fast moving
about 4 000 000 miles p/h I thiknk I am nopt good with my maths sooo...
There's no such thing as "motion through space". Motion must be measured relative to another object. So we just measure how fast the other object appears to be moving, and there we go.
It depends on how fast it's moving and where it's passing through.
When considering how 'fast' something is moving on earth, you ignore the fact that the earth itself is rotating, that the earth is orbiting the sun, and that the solar system itself is moving through the universe. All you care about is the relative motion between the object, and the earth itself, or another object perhaps.
Fast moving water.