nodes

When a string is vibrating it: Produces the lowest normal mode frequency (fundamental frequency) and higher frequencies called overtones. It vibrates at divisional points called nodes. These nodes are a multiple of the fundamental pitch. Touching the string at each of these nodes will produce the harmonic note.

node. A point in a plant stem at which one or more leaves are attached. The source of lymph and lymphocytes.

The nodes are produced at locations where destructive interference occurs. For instance, nodes form at locations where a crest of one wave meets a trough of a second wave; or a half-crest of one wave meets a half-trough of a second wave; or a quarter-crest of one wave meets a quarter-trough of a second wave; etc.

Ans: The node is a dedicated point along with the standing wave where the wave has minimum amplitude. The antinode of a standing wave is the point where the amplitude of the standing wave is the maximum. Antinodes occur in between the nodes and hence are opposite to each other.

A node is a point of intersection/connection within a data communication network. In an environment where all devices are accessible through the network, these devices are all considered nodes. The individual definition of each node depends on the type of network it refers to.

Examples of network nodes include switches or routers, as well as data devices such as computers, printers, or servers. Each node must be unique on the network, so that the network can properly route the information to the correct device.

There are two kinds of remote nodes: directly-connected and indirectly-connected. A directly-connected remote node is adjacent to your node, and is connected through a direct BSC or SNA link. An indirectly-connected remote is not adjacent to your node, but is connected to your node through one or more other nodes.

Node is a point where the electron probability is zero. For a given orbital, the two types of nodes are radial node and angular node. Radial node is a spherical surface where the probability of finding an electron is zero.

Ans: The node is a dedicated point along with the standing wave where the wave has minimum amplitude. The antinode of a standing wave is the point where the amplitude of the standing wave is the maximum. Antinodes occur in between the nodes and hence are opposite to each other.

All standing wave patterns consist of nodes and antinodes. The nodes are points of no displacement caused by the destructive interference of the two waves. The antinodes result from the constructive interference of the two waves and thus undergo maximum displacement from the rest position.

A Network Node is a physical device that is be part of a network infrastructure. Examples of network nodes include switches or routers, as well as data devices such as computers, printers, or servers. Each node must be unique on the network, so that the network can properly route the information to the correct device.

Examples of nodes include bridges, switches, hubs, and modems to other computers, printers, and servers. One of the most common forms of a node is a host computer; often referred to as an Internet node.