Implementation hiding i<u>s the encapsulation of method details within a class</u>. Implementation can be interpreted as those specifications which can be altered without altering the correctness of an application. Wrapping data/methods within classes (descriptions of the way all objects of this type will look/act) in combination with implementation hiding is called encapsulation. Information users need to know about behaviors should be available without dependence on implementation specifications.
When resizing an image or an object in a presentation, a user should not utilize the sizing handles in the middle of the sides or the bottom of the image. There's nothing wrong with resizing this way.
There's nothing wrong with resizing this way
<u>Explanation:</u>
When the sizing handles in the middle of the sides are used, the image stretches out reflecting an increase in the width maintaining There's nothing wrong with resizing this way.
On the other hand, while using the sizing handles at the bottom, the image increases in height whilst maintaining the same width again disturbing the aspect ratio.
He should use PowerPoint and the design should be feathered
I believe it's the second answer:
The antique diamond necklace someone is wearing
Answer:
Explanation:
Each of the following println statements will print the following values
ystem.out.println(floozy); // Problem 1: 97.4
System.out.println(theObj.gravy); //Problem 2: 107.43
System.out.println(xray[2]); //Problem 3: 100
System.out.println(s); //Problem 4: Hello
This is because out of all of the variables that the myMethod gives a value to, the only variable that is being saved back to the global variable in the main method is a[2]. The other variables are being saved as instance variables and not being returned. Therefore, when the println statements are called they target the local variables in the main method.
