Numbers can be converted between bases.
The equivalent of 44801 in hexadecimal is: AF01
Denary numbers are simply <em>base 10 numbers</em>, while hexadecimal numbers are <em>base 16 numbers</em>
To convert from <em>base 10 </em>to <em>base 16</em>, we make use of division method (and we keep track of the remainders)
We keep <em>dividing by 16</em>, until we can no longer divide the numbers.
So, we have:
Write out the remainders from <em>bottom to top</em>
(10) (15) 0 1
- <em>10 in hexadecimal is A</em>
- <em>15 in hexadecimal is F</em>
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So, the number becomes: AF01
Hence, the equivalent of 44801 in hexadecimal is: AF01
Read more about number conversions at:
brainly.com/question/2824068
The answer is 2) Num%2==1.
The modulus operator (%) divides the left hand side by the right hand side and returns the remainder.
Examples:
3%2=1 : 2 goes into 3 once, with 1 remaining.
5%2 =1 : 2 goes into 5 twice, with 1 remaining.
11%2 =1 : 2 goes into 11 five times, with 1 remaining.
The power of 2 in the ones place would just be the 1st power, so your binary sequence goes 2,4,8,16
Answer:
The answer is "Option a".
Explanation:
The full of WEP is "wired equivalent privacy", which is available on an IEEE network project 802.11b, that allows you to provide security and privacy in the Local wireless networks, but it is easy to crack, WEP because it only protects the wireless network against ordinary users, and other options were not correct, that can be described as follows:
- In option b, It is used for data encryption which is better than WEP security, that's why it is not correct.
- In option c, It is an upgraded version of WPA, that's why it is not correct.
- In option d, It is a security service, which is used in communication, that's why it is not correct.