Hubble's Law states that the receding velocity of an object A, with relative to object B, is directly proportional to the distance between the two objects. It allows us to calculate the speeds of celestial bodies with respect to Earth, given that we know the distance to that object(which can be found by using Doppler's Red Shift).
His discovery was important because was awesoome and createed the mighty globin
the Hubble telescope is useful for getting closer pictures of space. also the Hubble telescope is used to take more detailed photos than any earthbound camera or telescope can take.
because it was named after edwin hubble
That it is expanding.
distance
it is a timeline of hubbles life
Hubble was an astrophysicist in the early 20th century. He helped discover the rate at which the universe is expanding, which is now given by the Hubble constant. (H0=69km s^-1 Mpc^-1)
This the law of mass conservation.
That it is expanding.
Sometimes
distance
By using a therom call hubbles law and hubbles constant this is the calculation: 1/Ho=d/v=t t= 3.09x10 22/71000x31566926 t=13.738 billion years old
Hubble's Law states that (more or less) the distance to a galaxy is a constant multiple of the distance to that galaxy. For example, if one galaxy is moving away from us at three times the speed of another galaxy, then that means it is also three times as far away. The Law indicates that the Universe is expanding and had a beginning. Before Hubble's Law, many astronomers thought that the Universe did not have a beginning (it always existed).
=Edwin Hubble's invention is important because the telescope its self showed over 50,000 space galaxies and planets. also it was made of cats=
mrs hubble
Pizza
it is a timeline of hubbles life
a hubble futt is a big futt with many hubbles so there are a lot of hubbles on the futt and its very ugly so someone with a hubble futt must be called hubbel futt ficker
They fix it with some kind of glue it's easy to yous
Hubble was an astrophysicist in the early 20th century. He helped discover the rate at which the universe is expanding, which is now given by the Hubble constant. (H0=69km s^-1 Mpc^-1)