Answer:
The correct answer to the following question is Drive-by hacking
.
Explanation:
Drive-by hacking is the type of hacking which comes under the cyberterrorism.
Drive-by hacking is the hacking where the hackers can access their data and steal their data, use their network services from some "safe" distance without going inside the company or an organization.
Drive-by download is the type of download of the malicious code into your mobile devices or the computers which occur by designed and it leave you to the cyberattack.
<span>The INTERNET is a worldwide collection of networks that links millions of businesses, government agencies, educational institutions, and individuals.</span>
The compound condition are:
- 7<12 or 50!=10 is false
- 7<12 and 50<50 is false
- not (8==3) is true
<h3>What is compound condition?</h3>
A compound statement is known to be one that shows up as the body of another statement, e.g. as in if statement.
The compound condition are:
- 7<12 or 50!=10 is false
- 7<12 and 50<50 is false
- not (8==3) is true
Learn more about compound condition from
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Answer:
False.
Explanation:
The website of an international human rights organization stores a large database of information and provides search functionality to make it easier for their visitors to locate desired information. However, this approach fails to be effective since the search functionality is limited to the website rather than the whole web is a False statement.
The
answer is FALSE because the
interior of commercial Hard disk drive is with stack of magnetic disks
(platters) containing the user’s data and a rotating arm supporting the magnetic
heads. The rotating arm is moved by the torque generated by a voice coil motor
(VCM) mounted at one end of the arm. Data read/write operations rely on the capability of the
governing unit of the HDD to maintain the magnetic read/write heads as close as
possible to center of the desired track. Typically, reliability of data reading
and writing is guaranteed when the head is kept within 5% of the track pitch
from the track center. This means that the accuracy required for the head positioning
is in the range of a few tens of nanometers.
