<span>One vital component of your professional behavior with regard to computing systems today is the creation of strong passwords.
It is very important to have a good password on your computer, especially if you are dealing with sensitive data and information. It would be for the best to create such a password which won't be hacked into easily, in case somebody wants to steal your data.
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Answer:
The answer is B. Use a private sharing model granting record access using custom setting; manage field access with page layouts and field level security
Explanation:
The answer is B. Use a private sharing model granting record access using custom setting; manage field access with page layouts and field level security.
The reason the answer is B is because if access is provided through a hierarchy, it will give access to all the users at the higher manager role for the records of every executive. Also the options provided do not state clearly if Grant access using hierarchy is also checked so we cant assume that.
The buttons depend on what version of MS
Office he is using. Assuming Eric is using Powerpoint 2013, he must press the following:
1st Slide: Insert > New Slide >
Title Only
2nd Slide: Insert > New Slide > Comparison > Click on "Pictures" icon > Browse > Click selected picture > Insert > Delete text box saying "Click to add title" > Insert another picture using same procedures above > Add captions
3rd slide: Insert > New Slide > Two
Content > <span>Click on "Picture" icon > Browse > Click selected picture > Insert 3 more pictures > Click textbox "Click to add title" </span>
Answer:
Finding kth element is more efficient in a doubly-linked list when compared to a singly-linked list
Explanation:
Assuming that both lists have firs_t and last_ pointers.
For a singly-linked list ; when locating a kth element, you have iterate through a number of k-1 elements which means that locating an element will be done only in one ( 1 ) direction
For a Doubly-linked list : To locate the Kth element can be done from two ( directions ) i.e. if the Kth element can found either by traversing the number of elements before it or after it . This makes finding the Kth element faster because the shortest route can be taken.
<em>Finding kth element is more efficient in a doubly-linked list when compared to a singly-linked list </em>
