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Test: Types and Methods of Data Transmission - Year 11 MCQ


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10 Questions MCQ Test - Test: Types and Methods of Data Transmission

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Test: Types and Methods of Data Transmission - Question 1

Which component of a packet contains the destination IP address?

Detailed Solution for Test: Types and Methods of Data Transmission - Question 1
The header of a packet includes important information such as the source IP address, destination IP address, packet number, and error checking data.
Test: Types and Methods of Data Transmission - Question 2

What is the primary function of a checksum in packet transmission?

Detailed Solution for Test: Types and Methods of Data Transmission - Question 2
A checksum is used to verify data integrity by comparing the calculated value with the transmitted value, ensuring that the data has not been corrupted.
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Test: Types and Methods of Data Transmission - Question 3

In packet switching, how do routers handle data congestion on the network?

Detailed Solution for Test: Types and Methods of Data Transmission - Question 3
Routers reroute packets to less congested paths to ensure timely delivery and maintain efficient network performance.
Test: Types and Methods of Data Transmission - Question 4
What type of data transmission allows signals to be sent in both directions simultaneously?
Detailed Solution for Test: Types and Methods of Data Transmission - Question 4
Full-duplex transmission enables signals to be sent and received simultaneously in both directions, enhancing communication efficiency.
Test: Types and Methods of Data Transmission - Question 5
Which of the following USB versions supports data transfer rates of up to 80 Gbps?
Detailed Solution for Test: Types and Methods of Data Transmission - Question 5
USB4 2.0 supports data transfer rates of up to 80 Gbps, significantly faster than previous USB versions.
Test: Types and Methods of Data Transmission - Question 6
What is the main advantage of packet switching over circuit switching?
Detailed Solution for Test: Types and Methods of Data Transmission - Question 6
Packet switching is more efficient in using bandwidth because it allows data to be broken into packets that can be routed independently, reducing transmission delays and improving network utilization.
Test: Types and Methods of Data Transmission - Question 7
How does a recipient system handle data packets that arrive out of sequence?
Detailed Solution for Test: Types and Methods of Data Transmission - Question 7
The recipient system reorganizes the packets based on their unique identifiers (packet numbers) to reconstruct the original message accurately.
Test: Types and Methods of Data Transmission - Question 8
Which error checking mechanism involves using a parity bit?
Detailed Solution for Test: Types and Methods of Data Transmission - Question 8
A parity bit is used as an error checking mechanism to verify that bits have not been inadvertently altered during transmission.
Test: Types and Methods of Data Transmission - Question 9
What happens when a USB device is connected to a computer for the first time?
Detailed Solution for Test: Types and Methods of Data Transmission - Question 9
When a USB device is connected to a computer for the first time, the computer searches for and loads a compatible driver to enable communication between the device and the system.
Test: Types and Methods of Data Transmission - Question 10
Which term describes the process of breaking down data into small pieces for transmission over the internet?
Detailed Solution for Test: Types and Methods of Data Transmission - Question 10
Packet switching is the process of breaking down data into small packets for transmission over the internet, allowing for efficient routing and delivery.
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