Look up at the sky, and its second star to the right strait on till morning!
No, relative age dating cannot be used to determine the age of the universe. Relative age dating is a method used to determine the relative order of events or objects in geology or paleontology. To determine the age of the universe, scientists use various methods such as the measurement of the cosmic microwave background radiation and the analysis of the redshift of galaxies.
The redshift of the cosmic microwave background radiation
Radiometric or isotopic dating.
The CMBR did not reveal anything DIRECTLY about the age of our Universe. However, its spectrum and isotropy are almost perfectly as predicted by a Universe that began to expand about thirteen billion years ago -- a timeline given by the Hubble Constant. As such, it gives extremely strong support to that timeline.
It is more likely that we derived the age of the universe from its present size. The age depends upon the value of the Hubble Constant, which probably isn't really a constant in the strictest sense.As for the area of the universe, regarding it as a sphere is probably a mistake. The topology of the universe is different from that of the 3 dimensional objects with which we are familiar. ---- The answer is No. According to Astrophysicist David Palmer, we cannot currently determine the actual size of the Universe; but only attempt to determine the size of the "known" Universe which is that part of the Universe that we can see. It's analogous to standing in a stationary position in the middle of a dessert. We will be able to view sand all around us; but will have no idea how much more sand may lie beyond that which we can see.
What makes you think it does?
No, relative age dating cannot be used to determine the age of the universe. Relative age dating is a method used to determine the relative order of events or objects in geology or paleontology. To determine the age of the universe, scientists use various methods such as the measurement of the cosmic microwave background radiation and the analysis of the redshift of galaxies.
magnetometer
Computers can determine the age of an object through a carbon dating, This is also known as fission-track dating and is commonly used by anthropologists and archaeologists.
Scientists use the relative amount of stable and unstable isotopes in an object to determine its age.
All parts of our Universe our exactly the same age. There is no "inside" and no "outside" -- all parts of our Universe came into being at exactly the same amount, and no part is closer to an edge than another. That part of our Universe that we on our planet can see -- what we called the "visible Universe" -- does have this feature: the farther an object is from us, the farther back in time is what we are seeing. For example, if we view an object one billion light years from us, we are seeing what was occuring there one billion years ago; for an object two billion light years from us, what we are seeing occurred two billion years ago.
The redshift of the cosmic microwave background radiation
Analyizing the compstion of it
13.75 billion years Answer2: The age is around 16 Billion Light years.
That it lets you determine the age of an object, with a fairly high precision.
Archaeologists determine the age of an object through methods like radiocarbon dating, dendrochronology (tree-ring dating), thermoluminescence dating, and stratigraphy. These techniques can provide valuable information about the time period in which the object was created or used, helping archaeologists establish the object's age within a specific timeframe.
Radiometric or isotopic dating.