What is the correct relationship between the transmission time and packet (a) Increasing the packet size always decreases the transmission time (b)There is no relation between them (c) Decreasing the packet size always increases the transmission time (d) Decreasing the packet size always decreases the transmission time (e) Decreasing the packet size increases the transmission time when the packet size is too small

What is the correct relationship between the transmission time and packet (a) Increasing the packet size always decreases the transmission time (b)There is no relation between them (c) Decreasing the packet size always increases the transmission time (d) Decreasing the packet size always decreases the transmission time (e) Decreasing the packet size increases the transmission time when the packet size is too small

A+ Guide to Hardware (Standalone Book) (MindTap Course List)

9th Edition

ISBN:9781305266452

Author:Jean Andrews

Publisher:Jean Andrews

Chapter8: Connecting To And Setting Up A Network

Section: Chapter Questions

Problem 10RB

See similar textbooks

Similar questions

a) Explain how the metric is calculated in OSPF. b) List the five OSPF packet types and give the function of each packet type.
Given that you are to transfer a total datagram of size 28939 bytes over a network that has an MTU of 3038 bytes. The given header size is 38 bytes. (a) Calculate the total number of packets required to send this data. (b) What is the data size of the last packet? (c) What would be the header size of the 8th packet and the offset value of the 4th packet?
IP Header has a field TTL ( Time To Live). Which among the following statement best explain the use of TTL(a) It can be used to prioritize the packets(b) It can be used to reduce the delay.(c) It can be used to optimize the throughput.(d) It can be used to prevent packet looping.
What is the theoretical limit on the arrival rate at link (packet size is l and bandwidth is R)?
What are the types of delays a packet suffer from on its travel from one node to thesubsequent node? Explain each delay.
For the three-way handshake shown in Figure 15 above write out the specifications for the three synchronization packets: SYN1, SYN2, SYN3, if i) the sequence numbers for the client (x) and server (y) start at 40 and 50 respectively, and ii) the packet lengths for pl1, pl2 and pl3 are 60, 70 and 80 respectively.
Explain how many headers an HTTP packet will most likely have as it travels the network between two communicating hosts, what those headers will be, and how each one will be attached with respect to the actual data contained in the packet. Draw a rough sketch.
Why is it not necessary for ACK packets to have consecutive identifiers?
Distinguish between the process of routing a packet from the source to the destination and the processof forwarding a packet at each router.
Suppose that the packet length is L= 16,000 bits, and that the link transmission rate along the link to router on the right is R = 100 Mbps. What is the Transmission delay (for one particular packet only)? L: packet length (in bits) R: link transmission rates (Mbps) Queue of packets waiting for output link
Consider two hosts A & B connected by a point-to-point link with a data link rate of 1 Gb/s and signal propagation speed 2 x 10® m/s. What would the distance of the link (between two hosts) be to exactly contain one 800-byte packet? Consider two hosts C & D connected by a point-to-point link with a data link rate of 10 Gb/s. The hosts are 2 km apart and the signal propagation speed is 2 x 10° m/s. Given the packet size is 500 bytes, how many packets can be in inflight from C to D?
Suppose there is exactly one network device X between a sending host (host A) and a receiving host (host B), as shown below. The transmission rate (bandwidth) between the host A and the network device X is R bps (bits per second), and the bandwidth between the network device X and the host B is R bps. The network device uses store-and-forward packet switching. When the host A sends a packet of length L bits to the host B, how much is the end-to-end delay? (Ignore queuing delay, propagation delay and processing delay) Select one: a. L/R b. L*R + L*R c. L/R + L/R d. L*R