As you can see the Ipv4 Cidr block range of Vpc and subnet -1, Which was Created in Aws Console. My question is What CIDR range Should i take for subnet-2 and Subnet-3 As planned to create 3 Subnets inside Vpc . Am i taking right range of Cidr ? Since I am very basic to Aws ,Have no idea . Please explain how could i proceed with this and Why should we take that range?

As you can see the Ipv4 Cidr block range of Vpc and subnet -1, Which was Created in Aws Console. My question is What CIDR range Should i take for subnet-2 and Subnet-3 As planned to create 3 Subnets inside Vpc . Am i taking right range of Cidr ? Since I am very basic to Aws ,Have no idea . Please explain how could i proceed with this and Why should we take that range?

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

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Similar questions

Q.5: Relate the layers of TCP / IP Model with layers of OSI Model.
Discuss the operating functionalities of each layer in TCP/IP model, also differentiate the layers based on their communication mechanism.
Can you explain the role of IP addressing in BGP routing? Second, how does physical topology play a role in this scenario?
Examine Figure 1-1l shown below and answer the following questions: East Office (Bulding B) network address 192 168.1.0 West Office (Bulding A) network address 192.168 20 Distance B Between Routerd and Switcho is 3 meters PCO with low data transmission Switcho Routero PC1 2950 model Routert Distance A Between Router1 and Routero is 300 meters. PC2 Figure 1-1: Local Area Network Topology 6) Propose the appropriate cable that should be used to connect the Distance A and Distance В. (ii) Discuss TWO (2) differences between the cables that you have proposed in Question 1 c) (i) above.
Consider each tier of the TCP/IP protocol stack and assign a priority to each layer based on your assessment of their importance. Is it possible to merge or separate any of these layers? Would the kind of data sent alter your ordering, and if so, how? Justify your ordering decision. Utilize the scale below: 1 represents the most critical factor, while 5 represents the least critical factor.
The goal of this assignment is to explore the network packets associated with several typical online activities. You will have the chance to analyze bit-by-bit the flows associated with these services and evaluate different application and protocol parameters across the entire TCP/IP stack including Data Link Layer/Medium Access Control (L2), Network Layer (a.k.a. IP or L3), Transport Layer and Application Layer. To carry out this analysis, you will use Wireshark. Part of finishing this assignment will be learning how to use Wireshark effectively. While Wireshark allows you to capture packets on a network interface it can also be used to read previously collected packet traces. Make sure to show the full steps and screenshots of capturing network packets on Wireshark.
What is the minimum size of an Ethernet frame that carries an IPv4 packet which in turn carries an ICMPv4 packet? What is the maximum size?
What is the function of IP addressing in BGP routeing? Secondly, what is the function of physical topology in this whole scenario?
In step 4 of the CSMA/CA protocol, a station that successfully transmits a frame begins the CSMA/CA protocol for a second frame at step 2, rather than at step 1. What rationale might the designers of CSMA/CA have had in mind by having such a station not transmit the second frame. Immediately (if the channel is sensed idle)?
Considering each of the TCP/IP protocol stack layers and rank them in the order you feel they are most important. Can one or more of these layers be combined or separated? Would your ordering be affected based upon what type of data is being transmitted, why or why not? Defend why your choice of ordering is the way you have stated. Use the following scale: 1=most important and 5= least important.
Questions: 1. From page 41 of the slides, in the data link layer, does the MAC frame change in the transmission? 2. If your answers of question 4 and 5 are not correct, please answer them again. 3. In the IP datagram we use the IP address, and in the MAC frame we use the hardware address. In the slide 40, which source IP address and destination IP address are used in the IP datagram flows on the network layer from H1 to H2?