what will you do if the strike and dip is not specified on one another area (e.g. if there's no strike and dip for A, will the boundary just be a straight line?)
Very helpful indeed, but just a thing I'd like to point out. In science it is good practice to ditch the imperial system and adopt the metric system... :)
The answer is simple: you wouldn't perceive the dip because it would be going into or out of the page. It's one of the issues of using a two-dimensional diagram to represent our three-dimensional world. This is why, assuming you want to show the dip of the surface, you should always draw a cross-sectional diagram in the direction of the dip.
Thanks for this, quite helpful. I was finishing a lab at home and definitely would have done the bedding wrong without your video
Very helpful! Also, nice Wario Land music in the intro
Thanks! Glad it was helpful.
what will you do if the strike and dip is not specified on one another area (e.g. if there's no strike and dip for A, will the boundary just be a straight line?)
thanks you. it really helpful.
Thanks mate
Very helpful indeed, but just a thing I'd like to point out. In science it is good practice to ditch the imperial system and adopt the metric system... :)
true
can you please tell me how to draw dip if the dip direction is N-S for this same profile? thanking you in anticipation
The answer is simple: you wouldn't perceive the dip because it would be going into or out of the page. It's one of the issues of using a two-dimensional diagram to represent our three-dimensional world. This is why, assuming you want to show the dip of the surface, you should always draw a cross-sectional diagram in the direction of the dip.
Sir please I don't understand that step
Wait till you gotta do the apparent dip...
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