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Pass C_SEN_2305 &*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Get 100% Real Exam Questions, Accurate & Verified Answers As Seen in the Real Exam!
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&*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
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&*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Practice Questions
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
As promised to our users we are making more content available. Take some time and see where you stand with our Free &*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
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Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
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NEW QUESTION: 1
Which description of HA on the 1000v is true?
A. Redundancy is provided by a standby VSM
B. Active/Standby VSMs are not yet synchronized
C. Active/Standby VSMs are in a HA State
D. Redundancy is provided by dual active VSM
Answer: C
Explanation:
Explanation/Reference:
Reference: https://www.cisco.com/c/en/us/td/docs/switches/datacenter/nexus1000/sw/4_2_1_s_v_1_4/
high_availability/configuration/guide/n1000v_ha_cfg/n1000v_ha_3system.html
NEW QUESTION: 2
You implement an expression condition XQuery in a decomposition rule. You want to execute unit tests with your own order samples in a development environment before publishing this code. Which three statements are true about possible approaches to confirm the validity of your code?
A. Verify the decomposition by using the Decomposition tree in the Order Management
Web client.
B. Insert in your code a call to an OSM productized XQuery function, which writes log messages on server log files.
C. Verify dependencies by using the Dependency Graph in the Order Management Web client.
D. Use a third-party XQuery editor to verify the functional correctness of the code.
E. Submit multiple copies of the same order concurrently to verify the functional correctness of the code.
Answer: A,C,E
NEW QUESTION: 3
A penetration tester noticed special characters in a database table. The penetration tester configured the browser to use an HTTP interceptor to verify that the front-end user registration web form accepts invalid input in the user's age field. The developer was notified and asked to fix the issue.
Which of the following is the MOST secure solution for the developer to implement?
A. IF $AGE == "!@#%
&*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Q: What should I expect from studying the &*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
A: You will be able to get a first hand feeling on how the &*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Q: Will the Premium &*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
A: No one can guarantee you will pass, this is only up to you. We provide you with the most updated study materials to facilitate your success but at the end of the of it all, you have to pass the exam.
Q: I am new, should I choose &*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
A: We recommend the &*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Q: I would like to know more about the &*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
A: Reach out to us here &*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
&*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
In case you haven’t done it yet, we strongly advise in reviewing the below. These are important resources related to the &*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
&*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Exam Topics
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Review the &*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
&*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Offcial Page
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Review the official page for the &*()_+<>?"{}[]"THEN CONTINUE
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Check what resources you have available for studying.
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
Answer: B
NEW QUESTION: 4
An investigator wants to collect the most volatile data first in an incident to preserve the data that runs the highest risk of being lost. After memory, which of the following BEST represents the remaining order of volatility that the investigator should follow?
A. Raw disk blocks, network processes, system processes, swap files and file system information.
B. Raw disk blocks, swap files, network processes, system processes, and file system information.
C. File system information, swap files, network processes, system processes and raw disk blocks.
D. System processes, network processes, file system information, swap files and raw disk blocks.
Answer: D
Explanation:
The order in which you should collect evidence is referred to as the Order of volatility.
Generally, evidence should be collected from the most volatile to the least volatile. The order of volatility from most volatile to least volatile is as follows:
Data in RAM, including CPU cache and recently used data and applications Data in RAM, including system and network processes Swap files (also known as paging files) stored on local disk drives Data stored on local disk drives Logs stored on remote systems Archive media
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