@@GEOHACKS I did the calculations both ways. With the average depth and individual rectangle. It was similar although the individual rectangles were a bit more accurate I suppose. Cheers. Very useful video ☺️
@spicep18 thank you for the kind feeback! I think what matters if you are using it in a piece of coursework or similar you state clearly your method about how you will calculate it.
@@GEOHACKS but given that you have all the rectangles, wouldn't be better to get all the areas and then add them up? would that give a more accurate measure than the average depth?
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It helps me a lot. Thank you so much sir !
Thank you much sir. Your are a life saviour
saver*
Very cool!!!
Omg thank you!!! Were doin this water depth now thank i soo much.
Debating on wether or not to like because the number is perfect
I’ll like because it’s a good video
Awesome, thanks! How can I then calculate the area of the cross-section?
You will need to do it the old fashion way.
@@GEOHACKS I did the calculations both ways. With the average depth and individual rectangle. It was similar although the individual rectangles were a bit more accurate I suppose. Cheers. Very useful video ☺️
@spicep18 thank you for the kind feeback! I think what matters if you are using it in a piece of coursework or similar you state clearly your method about how you will calculate it.
CE project guys?
+Dong Pan - CE project?
fk geo homework
great vid but how do you get the actual area because i need to calculate discharge
+Reggae Gandalf average depth x width x velocity
@@GEOHACKS but given that you have all the rectangles, wouldn't be better to get all the areas and then add them up? would that give a more accurate measure than the average depth?