In which of the following scenarios, the packet will be forwarded directly to the destination host without using the defaultgateway address?O a. If the source and destination hosts are of same typeO b. If the source and destination hosts are on a different networkO c. If both the source and destination hosts are on the same networkO d. If the source and destination hosts are of different typeWhat is the purpose of using subnet mask along with an IPV4 address on a PC?O a. to identify whether the address is a broadcast or multicastO b. to identify whether the address is public or privateO c.to determine the network and host portion of an addressO d. to determine the range of ip addressWhich of the following is the fourth subnet address in the series of networks starting 192.168.55.0/26?O a. 192.168.55.64O b. 192.168.55.4O . 192.168.55.192O d. 192.168.55.128

In computer networking, a default gateway helps in passing signals through the default route between…

In which of the following scenarios, the packet will be forwarded directly to the destination host without using the defaul gateway address? O a. f the source and destination hosts are of same type O b. If the source and destination hosts are on a different network O .f both the source and destination hosts are on the same network O d. f the source and destination hosts are of different type

In which of the following scenarios, the packet will be forwarded directly to the destination host without using the defaul gateway address? O a. f the source and destination hosts are of same type O b. If the source and destination hosts are on a different network O .f both the source and destination hosts are on the same network O d. f the source and destination hosts are of different type

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

Consider the following situation: Source node has packets number 1, 2, 3, 4, 5, 6, 7, and 8 to send to the destination Source starts transmitting and packet 3 is lost on its way to its destination. The rest of ACK and data packets arrive successfully Window size is 5 packets ACKs are packet number-based. Draw a diagram that illustrates what happens in the network during sender’s transmission of packets 1 – 8 when Go-Back-N protocol is used and a diagram that illustrates what happens when Selective Repeat is used. Initial diagrams have been already drawn for you. You need to complete the drawing.
Q1
It's crucial to remember how packets are sent from one host to another over a known path. Please specify each delay that contributes to the overall delay for each individual packet. Which delays indicated above cannot be changed and which ones must?
Assume for the sake of this illustration that a packet is being transported along the fixed route from its point of origin to an address located at the other end of the network. Also included below are the various factors that contribute to delay: What percentage of total delays remain ongoing for what length of time, and what percentage of total delays are time-dependent?
Take into consideration the process of transferring a series of packets from a sending host to a receiving host via a predetermined path. Please provide a list of the delay components that make up the end-to-end delay of a single packet. Which of the delays is set in stone, and which ones are subject to change?
Question 3
I need Correct Answer not the copy from other web Assume the fixed route and try to transmit a packet to a host from it. a path from a point of origin to a point of destination List the different delay components as well: How many delays are continuous and how many are timedependent?
Suppose there is exactly one packet switch between a sanding host and a receiving host The transmission rates between the sending host and the switch and between the switch and the receiving host are R and Rz, respectively. Assuming that the switch uses store-and-forward packet switching, what is the total end-to-end delay to send a packet of length L? (Ignore queuing, propagation delay, and processing delay.)
Given what we know about transmission delay and the following: A web client and a web server separated by one intermediary router. • Each link carries data at 1Mbps with an MTU of 8192 bytes • Each link is 1000 km long with a propagation speed of 250000 km/s • Zero processing and queueing delays • Connection management packets (packets used for opening a connection, confirming a connection and acknowledging receipt of information) contain no data and all packets have 125 bytes of overhead on top of any data they may contain. • The web client makes an HTTP request to the server that is 250 bytes long. • The requested data is 4 kilobytes in size with 500 bytes of overhead for the HTTP status and headers What is the RTT to open the connection? а. b. How long would it take for a web client to complete the request? You can ignore any time needed to close the connection.
Select the correct option: Given, 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. What would be the offset value of the 4th packet? 1) 3000 2) 1500 3) 4500 4) 1125 5) 0 6) 2200
strict warning dont post exisitng answers strict warning skip if you dont know