Answer:
The volume, special effects, and the content of the speech.
Explanation:
The volume and special effects make all video productions's tone clearer. The words that Darth Vader speaks also adds to his "bad guy" character.
According to my opinion,
NO, I'd not feel comfortable.
Substitution ciphers in the world of encryption can be
cracked very easily. By looking for patterns like one letter words, double
letter patterns, and knowing rules such as all words must contain at least an
a, e, i, o, u or y, you are probably able to decipher this with so much ease. While
this information and the frequency of letters used in the encrypted message might
be helpful, it might not be a perfect process.
The switch statement is an n-way branch. An n-way branch can branch to any of an arbitrary number ( n ) of branches. An if statement can branch two ways, whether the condition is true or false.
The example you gave is a great example of how how code is written can make the code make sense or not.
public void setQuiz( int quiz, int grade )
{
switch( quiz )
{
case 1: // if quiz == 1
grade1 = grade; //where was grade1 declared?
break; // otherwise execution will continue through the next case block
case 2: // if quiz == 2
grade2 = grade;
break;
}
}
The variable named in the switch statement is tested against each case statement and whichever case statement's value matches, the rest of the switch statement's code is executed. (That's why the break statements are needed) Usually switch statements are written with a default case at the end as a "catchall".
Answer:
A complete heap is a heap in which the all the nodes are completely filled and the level of the each node are equal to each other. So, if the heap satisfied this condition then, the heap are complete.
In the computer science, heap is the special type of tree based on the data structure. Binary heap is one of the type of heap and it become complete binary tree when, it satisfied the ordering of heap property.
There are basically two types of heap ordering that are:
1) MAX heap property: In the max heap ordering property each node are less than or equal to its parent node value.
2) MIN heap property: In the min heap property each node is greater and equal to its particular parent value.
