Answer:
The answer is "True"
Explanation:
In computer science, the IEEE project uses this security project, it is designed for wireless network, that provides the same level security and the data encryption for cable network also.
- It provides protects in wireless transmissions from both the poking and collecting information of packets.
- It also lets hackers crack their computer, that's why the given statement is true.
Audio designer
Audio designers plan , sound effects, music and pretty much anything that has to do with sound in a video game
<h2>• Father=Charles Babbage</h2>
<h2>• Mother=Ada Lovelace</h2>
In this question, we are given
,
-
A certain list, L, contains a total of n numbers, not necessarily distinct, that are arranged in increasing order.
- L1 is the list consisting of the first n1 numbers in L.
- L2 is the list consisting of the last n2 numbers in L.
Explanation:
As per the information given in statement 1, 17 is a mode for L1 and 17 is a mode for L2.
Therefore, we can infer that
,
- 17 must occur in L1, either same or a greater number of times as any other number in L1.
- 17 must occur in L1, either same or a greater number of times as any other number in L2.
As all elements in L are in ascending order, we can also conclude that
-
Each number between last occurrence of 17 in L1 and the first occurrence of 17 in L2 must be equal to 17 only.
- Therefore, 17 occurs either same or greater number of times as any other number in L.
- Thus, 17 is a mode for L.
However, from this statement, we cannot conclude anything about the mode of L1, L2, or L.
Hence, statement 2 is not sufficient to answer the question.
Therefore, 17 is a mode for L1 and 17 is a mode for L2.
11111000 becomes 00000000 when the five most important bits of an 8-bit number are reversed.
<h3>What does it mean to flip the bits?</h3>
- When you flip a bit, you change a binary digit's or bit's value to the opposite.
- We are learning how to directly manipulate bits using bitwise operators.
- Although the result is simpler to understand in binary than it is in decimal, it could be useful to demonstrate both for comparison.
- Bit manipulation and algorithmic manipulation of binary digits are both examples of bit flipping in computing (bits) Bitwise operation NOT, which changes a bit's state from 0 to 1 and vice versa, performs logical negation to a single bit or to each of numerous bits.
To learn more about bit, refer to:
brainly.com/question/19667078
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