Which Of The Following Is A Transmission Media On Which Data, Instructions, Or Information Travel?

Which Of The Following Is A Transmission Media On Which Data, Instructions, Or Information Travel
There are many different types of transmission media that can be used to carry data, instructions, or information from one place to another. Some common examples of transmission media include electrical cables, optical fibers, wireless signals, and even sound waves. Each type of transmission media has its own advantages and disadvantages, so choosing the right one for a particular application can be a critical decision.

What is Transmission Media| Communication and Examples

Computer Networks Tutorial – 6- Transmission Media

What kind of communications device sends and receives data and information to and from a digital line such as ISDN and cable?

A modem is a communications device that sends and receives data and information to and from a digital line such as ISDN and cable. A modem converts the digital signals that are sent over the line into analog signals that can be used by a computer or other devices. Modems can also be used to connect to the Internet.

Which of the following terms is the time it takes a signal to travel?

  1. The time it takes for a signal to travel is known as propagation delay.
  2. This is the time it takes for a signal to travel from the source to the destination.
  3. The speed of propagation depends on the medium through which the signal travels.
  4. For example, in a vacuum, the speed of propagation is the speed of light.
  5. In a medium such as water or air, the speed of propagation is slower than the speed of light.
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What describes the amount of data that can travel over a communications channel at one time?

The bit rate of a communications channel defines the maximum amount of data that can travel over the channel in a given period of time. For example, a channel with a bit rate of 1 Mbps can theoretically transfer 1 megabit of data per second. In practice, however, the bit rate is usually less than the theoretical maximum due to factors such as channel noise and data overhead.

What type of device allows your computer or mobile device to communicate with other devices and the Internet wirelessly?

  1. A device that allows your computer or mobile device to communicate with other devices and the Internet wirelessly is called a wireless adapter.
  2. Wireless adapters come in a variety of shapes and sizes, and they can be used to connect to a variety of different types of networks.
  3. Some popular types of wireless adapters include USB adapters, PC card adapters, and PCI adapters.

Which of the following is a transmission media on which data?

There are many different types of transmission media that can be used to send data from one location to another. Some of the most common transmission media include twisted pair cable, coaxial cable, and fiber optic cable. Each type of transmission media has its own advantages and disadvantages. For example, twisted pair cable is one of the most common types of cable used in computer networks. It is relatively inexpensive and easy to install. However, it is also susceptible to interference from other electrical devices. Coaxial cable is another type of cable that is commonly used in computer networks. It is less susceptible to interference than twisted pair cable, but it is more expensive. Fiber optic cable is the most expensive type of transmission media, but it is also the most resistant to interference.

What are transmission media in computer networks?

  • Transmission media are the physical means by which information is transmitted from one location to another in a computer network.
  • Common examples of transmission media include twisted-pair cable, coaxial cable, and optical fiber.
  • Transmission media can be categorized according to their bandwidth and their distance-carrying capability.
  • Bandwidth is the measure of the amount of information that can be carried by a given medium in a given amount of time.
  • Distance-carrying capability refers to the maximum length of a given medium over which data can be transmitted.
  • There are two main types of transmission media: guided and unguided.
  • Guided media, such as twisted-pair cable and optical fiber, rely on a physical path between the two points of transmission.
  • Unguided media, such as coaxial cable and electromagnetic waves, do not rely on a physical path and can travel through the air or through space.
  • The choice of transmission medium will be determined by a number of factors, including the bandwidth and distance-carrying requirements of the application, the cost of the medium, and the availability of the medium.
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How fast does information travel?

  1. How fast does information travel? In terms of the speed of light, it travels quite fast.
  2. But in terms of how fast we can process it, it can seem quite slow.
  3. For example, if you receive a text message, it might take you a few seconds to read and process it.
  4. But the speed at which the information travelled from the sender to your phone is almost instantaneous.
  5. There are many factors that affect how fast we can process information.
  6. This includes our age, our level of fatigue, and our level of distraction.
  7. For example, if you are tired, you might not be able to process information as quickly as you could when you are well-rested.
  8. And if you are distracted, it might take you longer to process information than if you were focused.
  9. So, how fast does information travel? In terms of the speed of light, it travels quite fast.
  10. But in terms of how fast we can process it, it can seem quite slow.

Which of the following are radio waves that provide a high speed signal transmission?

  • There are a few different types of radio waves that can provide high speed signal transmission.
  • Some of these include microwaves, millimeter waves, and terahertz waves.
  • Microwaves are perhaps the most common type of high speed radio wave, and they are often used for things like WiFi and cellular data.
  • Millimeter waves are also relatively common and are often used for things like 5G data transmission.
  • Terahertz waves are less common, but they can also provide high speed signal transmission.

What is telecommunication transmission?

  • Telecommunication transmission is the transfer of information over a distance using a variety of communication technologies.
  • The most common form of telecommunication transmission is through the use of electrical signals, such as those used in telephone and television networks.
  • Other forms of telecommunication transmission include the use of optical signals, such as those used in fiber-optic networks, and radio waves, such as those used in satellite and mobile networks.

What is device accepts the transmission of data instructions or information?

  1. A device that accepts the transmission of data, instructions, or information is called a receiver.
  2. Receivers can be electronic or mechanical, and they can be designed to receive various types of signals, such as radio waves, infrared waves, or visible light.
  3. Some receivers, such as those used in radio receivers, can be tuned to receive signals of a specific frequency.
  4. Others, such as those used in optical receivers, can be designed to receive signals of a specific wavelength.
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Is a process in which two or more computers or devices transfer data instructions and information?

A process in which two or more computers or devices transfer data instructions and information is called data communication. Data communication can be done either via a wired connection or a wireless connection. Wired data communication is typically done through cables, while wireless data communication is done through radio waves.

Which of the following is defined as a collection of computers and devices connected together via communication link?

  • A network is defined as a collection of computers and devices connected together via communication links.
  • Networks can be used to connect computers and devices within a single location, such as a home or office, or they can be used to connect computers and devices across multiple locations.
  • Networks can be used to share data, resources, and applications.

Which of the following is a communications device that connects multiple computers together and transmits data to its correct destination on a network?

A router is a communications device that connects multiple computers together and transmits data to its correct destination on a network. A router is a hardware device that forwards data packets between computer networks. Routers operate at the network layer of the OSI model. A router is connected to two or more data lines from different networks. When a data packet comes in on one of the lines, the router reads the address information in the packet to determine the ultimate destination of the packet. Then, using information in its routing table or routing policy, it directs the packet to the next network on its journey.

Which of the following devices provide the appropriate interface between a communication link and system to another?

  1. There are a few different devices that can provide the appropriate interface between a communication link and system to another.
  2. Some examples of these devices include routers, switches, and hubs.
  3. Each of these devices has its own unique set of features and functions that make it well-suited for different types of applications and networks.
  4. Routers are perhaps the most versatile of the three devices, as they can be used in a wide variety of settings.
  5. They are commonly used to connect LANs to WANs, and can also be used to connect different types of networks together.
  6. Switches are typically used to connect devices within a single network, such as a LAN.
  7. They can also be used to connect different parts of a network together, such as the different segments of a LAN.
  8. Hubs are the simplest of the three devices, and are typically used to connect devices within a single network.