@@robbutler2095 thanks for suggestion. I am watching all of them and subscribed to your website and scholar site, watching and enjoying them ☺️☺️Hats off to your dedication and efforts for we learners ☺️
When you started to find the dip, why did you subtract the elevation between the 300m line and 100m line rather than subtracting the elevations between the B (the lowest point) and C (the highest point)?
This was the only video I was able to find that had a clear explanation. Thank you!
Thanks - glad it did the trick...
Because of you i was able to understand and pass my exam which i failed two times before. Thank you so much!!
Great!! glad to help
I love the explanation! they're easy to catch and learn, tysm so grateful for you ❤❤
Really enjoyed this work, an excellent explanation... perfect, simple, and clear
Thanks - why not check out some of the other structure contour/three point videos to take the ideas further.
@@robbutler2095 thanks for suggestion. I am watching all of them and subscribed to your website and scholar site, watching and enjoying them ☺️☺️Hats off to your dedication and efforts for we learners ☺️
Great video!
Glad you found it useful. There'll be more map and section videos going up in the coming weeks.
When you started to find the dip, why did you subtract the elevation between the 300m line and 100m line rather than subtracting the elevations between the B (the lowest point) and C (the highest point)?
Simply to make the calculation easier to visualise .... it depends on what precision you desire ....
And of course, to calculate the TRUE dip, you need to measure perpendicular to the structure contours.....
thank you
Glad you found it useful.