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The stem is naturally parted into nodes which hold buds and internodes that distance a node from another. Plant stems are not like two-way pipelines.
Lymphatic system, especially in the nodes (lymph glands)
You have about 500 lymph nodes are there in your body. There are about 300 lymph nodes in your neck region only. It is not possible to remove them all. When you remove few lymph nodes, it does not affect your health adversely.
Yes. The nodes and antinodes alternate along the longitudinal wave.
yes
internodes
On a stem, there are nodes, which is the place where the leaf attaches to the stem. There are also leaf scars, which are places where old leaves used to be attached. There are the internodes, which are the areas between the nodes. The lateral buds are located at the nodes, and they are underdeveloped tissues that turn into the branches and leaves that we see now. Finally, there are terminal buds, which are the reason trees are able to grow upwards. Once the bud develops, it leaves a bud scale scar, which is symbolized by rings around the tree branch.
The roses stem is one (1) of two (2) main structural axes of a vascular plant, the other being the root. The stem is normally divided into nodes and internodes. The nodes hold buds which grows into one or more leaves, conifer cones, roots, other stems, or inflorescence. The internodes distance one node from another.
the higher the light intensity, the shorter the length between the plant internodes, and vice-versa. This can be explained through a conditon called etiolation.
Bamboo is a fast growing grass that is easy to multiply from cuttings. A 10" section containing two nodes and 2 internodes are sufficient for root propagation.
They are more or less equally spaced. The size of the nodes span from 1–2 µm whereas the internodes can be up to (and occasionally even greater than)1.5 millimeters long, depending on the axon diameter and fiber type.
Both are fundamental plant parts and help in conduction of water & other nutrients. Primary vascular bundles are radial in roots and conjoint, collateral in stems. Stems are provided with nodes and internodes and roots with unicellular root hairs and lack internodes. this is a penis statement
The stem is naturally parted into nodes which hold buds and internodes that distance a node from another. Plant stems are not like two-way pipelines.
The node is the part of the stem of the plant from which leaves, branches, and aerial roots emerge. There are many nodes on a plant stem. The distance between each node is called the inter node.
Some of the lymph nodes associated with the breast are: *Internal mammary *Pectoral *Subscapular *Central axillary *Lateral *Intraclavicular
The easiest way to describe the "node" is the swollen portion on the plant stem. There are a number of these that run down the length of the stem between the "narrow parts". The nodes are points along the stem where lateral buds can be found, these give rise to lateral branches or if the terminal bud is damages the next lateral bud will produce a new lateral which will form the new stem.
1. Stems have nodes and internodes but roots do not. 2. Leaves come out from the stems not from roots. 3. In the root the primary vascular bundles are radial (i. e. xylem & phloem present on different radius); in stems V. B. are always conjoint and collateral.