Explanation:
==================
lin_spaced_vector.m
==================
function out=lin_spaced_vector(in1,in2)%defining function
out=linspace(in1,in2,200);%200 spaced numbers between in1 and in2
end
===================
Executable File
===================
clear all%clears history
clc%clears screen
lin_spaced_vector(1,10)%calling function
clear all
clc
lin_spaced_vector(1,10)
Answer:
a blog
Explanation:
a forum is for questions, a wiki doesn't make sense in this situation and email wouldn't be used for this either so it should be a blog
Answer:
incremental
Explanation:
An incremental backup backs up only the files on a computer that have changed since the last time a backup was performed.
Answer:
<u>Authorization</u> component defines the correct granularity for access controls and oversees the relationships between identities, access control rights, and IT resource availability.
Explanation:
Access control is a security technique that verifies the permission that a person or device has to enter an area and to what extent. This function is within the identity and access management of a company. Authorization is the definition of what a specific user can do within an application, that is, to what information and operations they have access, in other words, it refers to the management of access to protected resources and the process of determining whether a user is authorized to access a particular resource. Authorization and access control are ways of enforcing access policies. Authorized persons may access certain resources for their job functions and identify and audit the accesses made.
Answer:
The solution code is written in Python 3
- def findStr(stringList, c):
- output = []
- for currentStr in stringList:
- if c not in currentStr.lower():
- output.append(currentStr)
- return output
-
- strList = ["Apple", "Banana", "Grape", "Orange", "Watermelon"]
- print(findStr(strList, "g"))
Explanation:
Firstly, we can create a function and name it as findStr which takes two input parameters stringList and a character, c (Line 1).
Create a list that will hold the list of strings that do not contain the input character (Line 2).
Create a for-loop to traverse through each string in the list (Line 3).
In the loop, check if the input character is not found in the current string (Line 4), if so, add the current string to the output list (Line 5). Please note we also need to convert the current string to lowercase as this program should ignore the casing.
After completion the loop, return the output list (Line 7).
We can test the function using a sample string list and input character "g" (Line 9 - 10). We shall get the output as follows:
['Apple', 'Banana', 'Watermelon']
