In which situations is the principle of cross-cutting relationships useful in determining relative age? check all that apply. a fault breaks through sedimentary layers. sedimentary layers form and then are tilted. igneous rock forms between sedimentary layers. sedimentary layers form over millions of years in a lake bottom. lava flows form on top of one another from several eruptions over time.

The correct answers are.

A. A fault breaks through sedimentary layers.

B. Sedimentary layers form and then are tilted.

C. Igneous rock forms between sedimentary layers.

Hope this helps!

The right options are;

A. A fault breaks through sedimentary layers.

B. Sedimentary layers form and then are tilted.

C. Igneous rock forms between sedimentary layers

The principle of cross-cutting relationships is a relative dating method that was first developed by Nicholas Steno in 1669. The principle states that the geologic structure which cuts another is the younger of the two structures. There are many major types of cross cutting relationships which include; geomorphological relationships, intrusional relationships, sedimentological relationship, structural relationships, and paleontological relationships.

primary groups shape your individual development

explanation:

since there isn't any suggested answers i will give you the reason and hopefully you can figure it

south africa, or rather all of africa, has not been in the location in which it is nowadays throughout the geological past. after the super-continent pangaea started to break apart, gondwanaland, in which was africa, moved further south, and parts of it came to be very close to the south pole. because the climate in this part of the world is very cold due to the very dispersed sun rays in there, what is now south africa, started to freeze, and the conditions were right for the formation of glaciers. the glaciers existed up until the period when gondwanaland started to break apart and what is now africa started to move towards north, sp it warmed up and the glaciers melted.