@@joshlambros well that would be the sequence if we wouldn't take into account the unconformities (the dark lines between each bed). But since the labels are on each strata/bed, then my take would be an enough answer.
You have step 4 and 5 backwards. You said in the video that the fault is cutting across rocks that are ALREADY TILTED. Therefore tilting first, Fault H after the tilting
Do we need to consider the tilting of strata M, D, J, N, K and B again as the previous section has already tilted and eroded? Cant we think that the have gone against principal of original horizontality?
Greetings! Unconformities represent a gap in the rock record; where we are missing information. The rocks that were there have eroded away. It is like tearing pages out of a book - the pages were there to begin with, but now they've been removed. We have to account for this missing time in order for our understanding of these sections to be complete!
Step 8, the intrusion of A, should've been before step 6 (the unconformity), as you said, this would imply A is older than the unconformity at N. edit: Great video otherwise thank you!
Wtf, the picture used in the video is the exact picture used in our book that's been assigned for us to answer damn lucky
You explain way better than my teacher.
E, G, L, C, H, M, D, J, A, N, K, B, F. Sequence of oldest to young.
I hope you're right 😭
@@joshlambros well that would be the sequence if we wouldn't take into account the unconformities (the dark lines between each bed). But since the labels are on each strata/bed, then my take would be an enough answer.
#7 Deposition of M, D, and J - not L
You have step 4 and 5 backwards. You said in the video that the fault is cutting across rocks that are ALREADY TILTED. Therefore tilting first, Fault H after the tilting
So what should be there first thing to happen? Fault or tilt?
Thanks for uploading, this was very helpful.
this vid is 10 years old dang
Do we need to consider the tilting of strata M, D, J, N, K and B again as the previous section has already tilted and eroded? Cant we think that the have gone against principal of original horizontality?
Hope it's better to watch this video if there is subtitles
Excuse me , why you said there are unconformities between the layers ?
Greetings! Unconformities represent a gap in the rock record; where we are missing information. The rocks that were there have eroded away. It is like tearing pages out of a book - the pages were there to begin with, but now they've been removed. We have to account for this missing time in order for our understanding of these sections to be complete!
+DCC - Geology Online
thanks a lot for your explaining :) my greetings from Egypt :) thank you :)
Excuse me, why doesn't A tilt together with B,K,N etc?
I think the last tilt is global, all the layers had tilted except F.
A is an intrusion
That's very cool
Watched it twice
I think A is hard old quartzite and it was there first. Prove me wrong.
Baked contacts in surrounding sedimentary layers.
@@melrob9888 I guess I missed that piece of info. That would do it.
homework SUCKS
What is the volume of the sediment layers around the world?
Lots and lots.
@@85rockhound How many lots and lots? It seems like that would be an important part of the science.
@@JungleJargon Approximately 1.65% of the total volume of the Earth. You can go from there.
@@85rockhound Which is…
@@JungleJargon Look up the required information then do the math. A real quick internet search is all it takes. What grade are you in anyway?
i have this assignment can someone help me? plsssss
I have this assignment can someone help me
no
Jed247 haha stinky
chiefs kingdom
Step 8, the intrusion of A, should've been before step 6 (the unconformity), as you said, this would imply A is older than the unconformity at N.
edit: Great video otherwise thank you!
The kind of the fault
ive heard 6 year olds on fortnite with better mics