Component and deployment diagrams are different UML diagrams. They both show components - but at different levels.
Component diagram shows components and dependencies between them, interfaces they provide (implement) or require, classes that realize component. It has no deployment nodes - as deployment diagram does.
Deployment diagram shows deployment architecture of system - how components and artifacts are deployed to nodes - execution environments and devices.
Though we can show dependencies between components both on component diagrams as well as on deployment diagrams, but we are not showing implementation of components on deployment diagrams as we do on component diagrams.
Note, that in UML 1.x deployment diagrams components were directly deployed to nodes. In UML 2.x artifacts are deployed to nodes, and artifacts could manifest components. So, on deployment diagrams components are now deployed to nodes indirectly through artifacts, and generally speaking in UML 2 deployment diagram could show only nodes and artifacts, and no components.
it is different
it means that different people can do the same thing at the same time
If u r gving a different subnet mask that means its a different newtwork itself. so its possible
Yes the margins are different on different types of printers as the size of the printer and type of printer are not the same.
Laptops have different features, so different models from the same brand may cost different prices. Also, multiple stores may offer the same model at different prices. Research to find the best price for the model you want.
Component video is one of the high-end video interfaces offered on audiovisual equipment today. It supersedes composite video and S-Video by providing greater signal clarity than either, resulting in better picture quality. The component video interface consists of three RCA or coaxial jacks, one green, one red and one blue, requiring three cables. Component video carries visual data only. Audio cables are still required. Like composite and S-Video, component video is an analog interface, but its three cables better preserve the various elements of the video source signal. These elements are the Y signal, which carries brightness or contrast values, and the C signal, which carries red and blue or color data. Green values are parsed by a deductive process from reading all three streams. Therefore, component video is sometimes referred to as "RGB" for red, green, blue. The component video interface is marked either Y Pr Pb or Y Cr Cb. There is some misunderstanding among technophiles as to the difference between component video marked Y Pr Pb versus Y Cr Cb, with some claiming the latter is digital while the former is analog. Experts point out that both designations mean the same thing on consumer level equipment, and both are analog. There is a digital variety of Y Cr Cb, but it is not used in consumer level products. While regular television signals, VHS tapes and laserdiscs all encode visual data using lesser quality composite video, DVDs use component video for encoding visual data. A DVD player with component video outputs, connected to a television with component video inputs, will provide a picture far superior than one using composite video connections. Component video is also a step up from S-Video in that component video is a multi-scan technology, which means it can deliver the video stream in differing modes to accommodate various frame rates for progressive-scan or interlaced televisions. Component video cables are available in different configurations. All three cables might be encased in a single sheath with triple tails at each end, or the cables might be bonded or ribboned together. Three single RCA or coaxial cables can also be used, but should be the same length and type. Increased cable quality, tips and shielding add to the cost, as will the length of the cables. Many people have numerous free cables around the house from purchasing past equipment, and some people opt to use these to connect component video. Bear in mind that standard cables are color-coded red and white, so care must be taken to match the green, red and blue jacks with the same wire on both pieces of equipment. Cabling made for component video is color-coded green, red and blue for this reason. It is also usually of higher quality and might have better shielding coverage and lower impedance levels. If results are unsatisfactory using standard cables, a cable upgrade might make a difference.
Component and part are different words for the same thing.
The difference is that in a diagram that is heterogeneous there are many different shapes in the diagram, whereas in homogeneous diagrams all the shapes in the diagram are exactly the same.
Compounds are made of bonding few elements. They could not have same properties as its component elements. They could have completely different properties.
neutrons
No. Radios are usually different from one car to the next.
The diagram you are asking for looks like two lines, with the same length, but pointing in two different directions. The difference in direction is what would show the different velocity. So imagine one line going down, one like going right, same length, but directions, so they would be different velocities.
They could be the same if the frames of both onjects were taken at different time intervals
The correct spelling is functional hierarchy diagram instead of functional hierarchy diagram. A functional hierarchy diagram is defined as a picture of the different tasks that a business performs and how they relate to each task. The tasks are broken down to be shown in the same representation.
They receive their pay the same way they do when they're not on deployment. Most military personnel opt to receive their pay via direct deposit.
a Venn diagram consists of two overlapping circles, and is generally used as a compare and contrast diagram. a diagram in general is just a way to show information. in short, they are not the same thing, a venn diagram is a type of diagram.
- Mark two points on your paper, a few inches apart. - Draw the symbol for a battery or power supply that is connected to the two points. - Draw the symbol for an electronic component, such as a capacitor, resistor, light bulb, photocell, thyristor, thermistor etc., that is connected to the same two points. - Draw the symbol for ANOTHER electronic component that is also connected to the same two points. - Now you have the diagram of a circuit with a power supply and two components all in parallel.
Yes, because the friction is the same for the component of inertia.