Answer:
The answer of the the following question are 0(n^2)
The total number of multiplication is 2
And the total number of addition is 1
Explanation:
Let the size of the input is the degree of the polynomial = "n"
Than the number of the multiplications depends on "n"
Let the number of multiplication = M(n)
Let the number of addition = A(n)
1): Solution-
M(n) = n∑_{i=0} i∑_{j=1} 2
= 2 n∑_{i=0} i∑_{j=1}
= 2 n∑_{i=0} i-1+1
= 2 n∑_{i=0} i
= 2 * n*(n+1)/2 = n*(n+1)
= n^2 + n ∈ 0(n^2)
2): Solution for addition-
A(n) = n∑_{i=0} i∑_{j=1} 1
= by solving this from the same way it leads to
= n^2 + n and n^2 + n ∈ 0(n^2)
If it is a government website with the .gov url it is more reliable.
Answer:
Those numberss are binary code
Explanation:
Computers use binary - the digits 0 and 1 - to store data. A binary digit, or bit , is the smallest unit of data in computing. It is represented by a 0 or a 1. Binary numbers are made up of binary digits (bits), eg the binary number 1001.
Quotas can be enabled by mounting a partition with the usrquota (and optionally the grpquota) mount option(s).Normally this is done by editing /etc/fstab and adding usrquota to the mount options part of the entry for some filesystem.Then that <span>filesystem must be remounted ("mount -o remount filesystem").</span>
Answer:
Either, "Ignore all" or "add '...' to dictionary"
Explanation:
If "Ignore all" is clicked, the software will ignore all the words which it believes is incorrect currently written. Whilst, adding it to the dictionary, the word will always be seen as spelt correctly on the application. Therefore, both get rid of the flagged word, but one is permanent.
