differentiate with diagrammatic representation reticulate and parallel venation - morphology
differentiate with diagrammatic representation reticulate and parallel venation
no. reticulate venation parallel venation 1. in reticulate venation, veins and veinlets form a network. in parallel venation, veins run almost parallel to one another. 2. it is found in dicotyledonous plants. it is found in monocotyledonous plants. 3. e.g. mango, peepal, etc. e.g. banana, grasses, etc.
grafting – layering The next shapes in the ‘growing’ pattern are as follows:


![](https://mathsgee.com/?qa=blob&qa_blobid=5951663371716016349) hi,

i think the problem is the dynamo version you’re using.

now i have the most complex geometry (dynamo vers. 2,3,0) without problems.

if possible, can you send us an example to test?

here’s an example:

[[1]](https://aws1.discourse-cdn.com/business6/uploads/dynamobim/original/3x/a/b/abcdb448d6e4193cee39105fb567675cbb19a9be.png "1")

durmus one idea can be videos have frames so, vectorize each frame and calculate dtw between two consecutive frames. this will help in gaining the difference in each frame and perhaps help in classification. hope this helps you. recessive y linked 
resccessive x linked 
dominant y linked 
dominant x- linked 
answer: d unfortunately that's not how it works. it's db mapping, and we're talking about joined-tables hierarchy. so the "other side" of the association must be in the referenced table (the detail one, not custom detail). chapter 5 key: electron: e                         number: # ­                 valence electron: ve   three­dimensional: 3d molecular: molec               with: w/ chemical: chem                 different: diff positive: pos negative: neg i. bonding theories ­ a. valence shell e pair repulsion (vsepr)  valence shell e pair repulsion: model predicting the arrangements of ve  ­ pairs around a central atom that minimizes their mutual repulsion  electron pair geometry: 3d arrangements of bonding pairs andn lone pairs  of e about a central atom  molecular geometry: 3d arrang [@raja](/u/raja)

this could inspire you:

[[image]](https://aws1.discourse-cdn.com/business6/uploads/dynamobim/original/3x/9/b/9bcef06d0c489d0ac566fe7dad2328002f964445.png "detail-lines-by-offset.png")

here, i recreate lines by offsetting the room finish boundaries, but any other method to select the needed curves could work as well… a. dimensions of h = [l]dimensions of s = [mt-2]dimensions of ρ = [ml-3]dimensions of r = [l]dimensions of g = [lt-2]checking the r.h.sdimensionally= = [m0l1t0]a. is dimensionally correctb. dimensions of v = [lt-1]dimensions of p = [ml-1t-2]dimensions of ρ = [ml-3]checking the r.h.sdimensionally= b. is dimensionally correctc. dimensions of v = [l3]dimensions of p = [ml-1t-2]dimensions of r4 = [l4]dimensions of t = [t]dimensions of l = [l]dimensions of η = [ml-1t-1]checking the r.h.sdimensionally= =[l3]c. is dimensionally correctd. dimensions of v = [t-1]dimensions of m = [m]dimensions of g = [lt-2]dimensions of l = [l]dimensions of i = [ml2]checking the r.h.sdimensionally= d. is dimensionally correct if you're really concerned for a stroke or tia - you might want to discuss s mri with and without contrast as well as an mra. hope that helps!