relative dating\nput the layers in order from oldest to youngest in the table to the right

relative dating\nput the layers in order from oldest to youngest in the table to the right

relative dating\nput the layers in order from oldest to youngest in the table to the right

Answer

Explanation:

Step1: Apply law of superposition

In undisturbed sedimentary - rock layers, the oldest layer is at the bottom. So, layer C is the oldest as it is at the very bottom.

Step2: Consider cross - cutting relationships

Layer D cuts through layers C and B, so D is younger than C and B. But since B is above C, B is younger than C and D is younger than B.

Step3: Analyze intrusion and deposition

Layer A is deposited on top of B and D, so A is younger than B and D. Fault E cuts through all the layers except F, so E is younger than A, B, C, D and older than F. F is the youngest as it is on the surface.

Answer:

C, B, D, A, E, F