Question

Remember that in relative dating, scientists do not determine the exact age of a fossil or rock. They look at a

sequence of rocks to try to decipher when an event occurred relative to the other events represented in that
sequence. The relative age of a rock, then, is its age in comparison with other rocks. (1) Do you know which rock is
older and which is younger? (2) Do you know how old the rock's layers are in years? For relative ages, you know #1
but not # 2.
In some cases, it is very tricky to determine the sequence of events
that leads to a certain formation. In the picture below, can you figure
out what happened in what order? I
Make a prediction:
Answer in your own words

Answer 1

Relative dating is a method used by scientists to determine the order of events represented in a sequence of rocks. It allows scientists to determine which rock or fossil is older or younger than others. This is done by examining the positions of the fossils and rock layers.

Step-by-step explanation:

Relative dating is a method used by scientists to determine the order of events represented in a sequence of rocks. It allows scientists to determine which rock or fossil is older or younger than others, but does not provide the exact age in years. This is done by examining the positions of the fossils and rock layers. Lower rock layers are assumed to be older, while higher layers are younger.

For example, if we look at a picture of rock layers, we can make predictions about the sequence of events based on the relative positions of the rocks. The rock layer that is at the bottom of the sequence is the oldest, while the one at the top is the youngest. In this way, scientists can use relative dating to understand the order in which events occurred.