Answer:
The overview of the given scenario is described in the explanation section below.
Explanation:
- BTS (Binary search tree) tends to be a tree with several nodes noting that perhaps the left sub-tree, along with its leaf, tends to have a key which is less than or equal to anything like the parental node value. The do-tree, including its leaf, seems to have a value greater than those of the key from it's own parent node.
- Binary search algorithm finds a general vicinity in the collection of O(log n) time complexity items whereby n represents the number of elements in the array.
So the provided has never been the binary search trees of its algorithm.
A. 249
B. 342
Answer: Spreadsheet
Explanation:
Spreadsheet is a computer program that helps in keeping data records in form of rows and columns, storing account data etc. The information or data is entered in sheets and can be updated, sorted and calculated for accounts, tax calculation, budget calculation, revenue calculation etc.
- Example of spreadsheet :- Microsoft Excel program.
- Therefore ,according to question,Ancler Corporation should use spreadsheet for calculation of profit in year's first quarter time
Answer:
B- intangible ideas
Explanation:
The B. intangible ideas are the correct option certainly. By intangible items we mean Ideas, knowledge, talent, data, trade secret, and intellectual property is also a part of it like the trademarks, patents, and copyrights. And hence intellectual property is a kind of the B. intangible idea. Thus, B is the correct option.
Answer:
Cost. One of the biggest drawbacks of any proprietary software is the licensing fee. ...
Developer Support. ...
Security Issues. ...
Customization.
Explanation:
Answer:
After running the given pseudocode the values will be:
A. A[K] = 20, A[K + 1] = 20
Explanation:
The given pseudocode appears to be applied on an array.
Let us look at the given pseudocode one by one
A[K] = 10;
This line of code assigns value 10 to the position A[K] in array
A[K+1] = 20;
This line of code assigns value 20 to the position A[K+1]
A[K] = A[K+1];
This line will assign the value at A[K+1] to A[K] which means value 20 will be assigned to A[K]
so after this line A[K] = 20
A[K+1 ] = A[K];
This line will assign the value in A[K] to A[K+1] as A[K+1] has the value 20 currently so
A[K+1] = 20
Hence,
After running the given pseudocode the values will be:
A. A[K] = 20, A[K + 1] = 20
