Answer:
Radiometric dating provides the age (absolute) of the rocks
Explanation:
The law of superposition says that the rocks that are found at the base of the undisturbed sedimentary rock sequence are the oldest rocks and the rocks that are found at the apical region are the youngest rocks. This gives the relative age of the rocks but the absolute age cannot be determined.
On the other hand, Radiometric dating refers to the technique of dating the rocks and obtaining the age of the rocks by determining the rate at which the unstable radioactive elements decay. This gives the absolute age of the rocks and is very commonly used by geologists.
Thus, the radiometric dating method tells the absolute age of the rocks but the law of superposition of rocks cannot.
Radiometric dating can tell us the absolute age of rocks, but the law of superposition cannot tell us the absolute age of rocks
Radiometric dating is a method for determining the age of rock substances by estimating the quantity at which the unstable radioactive element decay, it is also used for many other purposes.
On the other hand, The law of superposition states that throughout a sequence of sedimentary rock layers, the oldest layer is at the bottom and the layers are increasingly younger with ascending order in the succession. Thus, the relative age of the rocks is therefore calculated, but the absolute age cannot be ascertained.
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