We reviewed this today. My daughter will be using it in her HS science olympiad. It helped me refresh the structural geology I had forgotten over the years.
Around 6:35 we start plotting the pole of a plane. Wouldn't it be 90 degrees off from the dip (43 - 90 = 47 degrees to the other side) instead of just the same 43 to the other side?
+PerfectDuck Because the counting is done from the centre of the stereonet you can just use the dip value (i.e., 43 degrees) - 43 from the centre of the stereonet is the same as 47 from the outside (so if you were to count from the outside inwards then you would have to subtract from 90 as you suggest)
We reviewed this today. My daughter will be using it in her HS science olympiad. It helped me refresh the structural geology I had forgotten over the years.
i like the way he shows and explains step by step. Please more on SG.
Always make sure you have the help of a responsible adult while doing stereonets.
quick and informative, thanks!
This is Carls idea of fun!
Thank you so much for the very informative video 😊
Thank you sir
Really helped with this video, thanks so much!
Great work
Thanks, it's helpful.
Thanks alot really appreciate
wow! this is very useful
really helpful
thank you so much
SciOly Gang
i understand but i thought the rho (p)starting 0 at the center?
I didn't understand this in college, and I still don't understand it.
hazelwood55 good luck
Around 6:35 we start plotting the pole of a plane. Wouldn't it be 90 degrees off from the dip (43 - 90 = 47 degrees to the other side) instead of just the same 43 to the other side?
+PerfectDuck Because the counting is done from the centre of the stereonet you can just use the dip value (i.e., 43 degrees) - 43 from the centre of the stereonet is the same as 47 from the outside (so if you were to count from the outside inwards then you would have to subtract from 90 as you suggest)
can i have videos of plotting and analysis of other structural data
شرح باللغة العربيه بقناتي
0:55 lol did I hear someone swear
Thanks sir