Answer:
A. mining all product reviews from an online store for further processing.
Explanation:
A Hub transmits all data received to all network devices connected to it, regardless of which device the data exists being sent to.
<h3>What is Hub?</h3>
A hub stands for the connection point in a computer device where data from numerous directions converge and are then sent out in many directions to respective devices. A hub may even act as a switch by preventing distinct data packets from proceeding to a destination. There exist three types of network hubs: passive, active, and intelligent.
A network hub exists as a node that broadcasts data to every computer or Ethernet-based device connected to it. A hub stands less sophisticated than a switch, the latter of which can isolate data transmissions to specific devices. Network hubs stand best suited for small, simple local area network (LAN) environments.
Hence, A Hub transmits all data received to all network devices connected to it, regardless of which device the data exists being sent to.
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have self-control and if you have a problem dont be afraid to speak your mind, show other people you mean buisness, but be polite to aviod starting more problems
Answer:
See explaination
Explanation:
//Array to store prices
INT PRICE[10][10]
//Loop through 2d array
FOR I FROM 0 TO 10
FOR J FROM 0 TO 10
//Populate a random int
PRICE[I][J] = RANDOM_INT(99,1999)
PRINT(PRICE[I][J]+" ")
PRINT()
//Prompt user for desired price
COST = READ_INPUT('Please enter your desired flight price: ')
//Variable to store if a match is found
MATCH = FALSE
//Loop through all ints in price
FOR I FROM 0 TO 10
FOR J FROM 0 TO 10
//Compare price with Cost
IF PRICE[I][J]==COST
MATCH = TRUE
BREAK
//Check if match is true
IF MATCH = TRUE
PRINT('A flight was found for that price, have a safe trip!')
ELSE
PRINT('No flight was found for that price, please try a new price.')
Answer:
0010
Explanation:
Serially left shifted means that the left most bit will enter the register first. The left most bit already stored in the register will move out of the sequence. The "bold" bits mentioned below highlight these left most bits:
Initial State of the Register:
0000
Group of bits entering:
1011
<u>First Clock Cycle:</u>
0000 <em>(This bold bit will move out)</em>
1011 <em>(This bold bit will move in from right side, shifting the whole sequence one place to the left).</em>
The resulting Sequence:
0001
<u>Second Clock Cycle:</u>
0001 <em>(This bold bit will move out)</em>
1011 <em>(This bold bit will move in from right side, shifting the whole sequence one place to the left).</em>
The resulting Sequence:
0010 <em>(Final Answer)</em>
