What types of addresses are these, and at which layer of the Open Systems Intercom a. clicking the frame, expanding the Transmission Control Protocol node in the mid b. clicking the frame, expanding the Internet Protocol node in the middle frame, a c. clicking the frame, expanding the Transmission Control Protocol node in the midtle 3. While examining the frame discussed in Question 2, you determine that Wireshark d. clicking the frame, expanding the Transmission Control Protocol node in the midle tion model are they processed? identified the packet as abnormal. You discover this by frame, and seeing that the Flags item lists (RST) seeing that the source IP address is that of Server frame, and seeing that the Acknowledgement number field lists Broken To frame, and seeing that the Version field lists 7 4. Which of the following options in hping3 splits packets into fragments? a. -f isX mol oa MV o1 awobniW mot -0 -mtu 21osq o rqat2 nt bib voy 2s wobniw fsimst oft is urgtuo -tos с. d. 5. Which of the following options in hping3 sets the ACK flag? а. -A pen erob pe calte b. -M с. -K d. -k

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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tal sc. clicking the frame, expanding the Transmission Control Protocol node in the midl
d. clicking the frame, expanding the Transmission Control Protocol node in the middle
3. While examining the frame discussed in Question 2, you determine that Wiresharkt
b. clicking the frame, expanding the Internet Protocol node in the middle frame, a
a. clicking the frame, expanding the Transmission Control Protocol node in the mida
What types of addresses are these, and at which layer of the Open Systems Intercoome
tion model are they processed?
identified the packet as abnormal. You discover this by
frame, and seeing that the Flags item lists (RST)
seeing that the source IP address is that of Server
frame, and seeing that the Acknowledgement number field lists Broken To
frame, and seeing that the Version field lists 7
4. Which of the following options in hping3 splits packets into fragments?
a. -f
our MugoMe ro AW DOC LOw Ksyr
79 C.
d.
-mtu
r go2 nt bib Joy es wobnivr Isnirst oft 16 lugtuo
a thyggusaouAqoma ro AW g hygqueolasAGE V
-tos
5. Which of the following options in hping3 sets the ACK flag?
а. -А
.0.30t.cor)
b. -M
C.
ps bsckra poT0& a6 ro Muqe
--K
d. -k
us couusnq biombr r K ru sug bicaa capc to ato
Transcribed Image Text:tal sc. clicking the frame, expanding the Transmission Control Protocol node in the midl d. clicking the frame, expanding the Transmission Control Protocol node in the middle 3. While examining the frame discussed in Question 2, you determine that Wiresharkt b. clicking the frame, expanding the Internet Protocol node in the middle frame, a a. clicking the frame, expanding the Transmission Control Protocol node in the mida What types of addresses are these, and at which layer of the Open Systems Intercoome tion model are they processed? identified the packet as abnormal. You discover this by frame, and seeing that the Flags item lists (RST) seeing that the source IP address is that of Server frame, and seeing that the Acknowledgement number field lists Broken To frame, and seeing that the Version field lists 7 4. Which of the following options in hping3 splits packets into fragments? a. -f our MugoMe ro AW DOC LOw Ksyr 79 C. d. -mtu r go2 nt bib Joy es wobnivr Isnirst oft 16 lugtuo a thyggusaouAqoma ro AW g hygqueolasAGE V -tos 5. Which of the following options in hping3 sets the ACK flag? а. -А .0.30t.cor) b. -M C. ps bsckra poT0& a6 ro Muqe --K d. -k us couusnq biombr r K ru sug bicaa capc to ato
Review Questions
otep 22 of this lab, you captured hping3 packets that were sent to Win Server from Kali
Linux. However, unlike the capture discussed in Step 18, there were no response packets
from Windows Server. Why not?
wien you click one of the spoofed frames in Wireshark from this lab and then, in the
mddle frame, expand the Ethernet II node, you see a destination and source address.
Transcribed Image Text:Review Questions otep 22 of this lab, you captured hping3 packets that were sent to Win Server from Kali Linux. However, unlike the capture discussed in Step 18, there were no response packets from Windows Server. Why not? wien you click one of the spoofed frames in Wireshark from this lab and then, in the mddle frame, expand the Ethernet II node, you see a destination and source address.
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