Answer:
Explanation:
Your profile. Most social networks allow users to create detailed online profiles and connect with other users in some way. This may involve users sharing information with other users, such as one’s gender, age, familial information, interests, educational background and employment.
Your status. Most social networks also allow users to post status updates in order to communicate with other users quickly. Though there may be privacy settings to restrict access to status updates, these networks are frequently designed to broadcast information quickly and publicly.
Your location. Many social networks are designed to broadcast your real-time location, either as public information or as an update viewable to authorized contacts. This might allow users to “check in” to a local event or business, or share one’s location with contacts within their network.
Shared content. Many social networks encourage users to share content, such as music, photographs, videos and links to other webpages.
Answer:
The answer is "binary search= 5.111 and Linear seacrch= 6400".
Explanation:
Following are the description of this question:
- Binary Search-The performance with single arrays is log 10000 = 4, through the use of two arrays (60/100)*log4000 + (40/100)*(log4000 + log6000) = 5.111.
- In the linear search: while doing static searches, 10000 would be performed, and (60/100)*4000 + (40/100)*6000 = 6400 will be used with two arrays.
- It's a special case, that will be used in one of the arrays in a binary search. Whereas good case uses linear frames, two frames are used, as indicated above.
Be able to contact and connect with other users. be able to share what your doing.
Answer:
MIPS Code:
.data
newline: .asciiz "\n" #newline variable
.text
MAINLOOP:
li $v0, 5 #syscall to get user interger and store in $v0
syscall
add $a0, $zero, $v0 #moving the user input to $a0 from $v0
beq $a0, 0, EXIT #branching to EXIT when $a0 is 0
li $v0, 1 #syscall to print integer in $a0
syscall
li $v0, 4 #syscall to print newline
la $a0, newline
syscall
j MAINLOOP #jumping to MAINLOOP
EXIT:
Sample Output:
6
6
7
7
3
3
0
