This is the method used to compare two Strings.

For classes that haven't overridden the toString method, this StringBuilder method appends the output from the default implementation of method toString defined in class Object.

Array member access offers improved access speed because of this memory layout.

The package for this class.

The name of the operator on the right where you were previously required to specify the data type.

ArrayList mylist = new ArrayList<>();

Since Java Strings cannot be changed, we call them this.

The trim() method of StringBuilder.

These are the two types of data that an array can store.

This is the underlying data type used to store the data of the ArrayList.

Calling toArray() on an ArrayList does this to return the appropriate object.

String objects created using this operator always refer to separate objects, even if they store the same sequence of characters.

This method is used to return a CharSequence that represents a substring of the StringBuilder value.

The data type used to specify the size of a dimension of an array.

The one iteration method that cannot be used if you are removing items from an ArrayList.

This is the default implementation of the equals() method of Object.

The literal value for String.

The names of the arguments of this StringBuilder method call:

StringBuilder sb = new StringBuilder("123");
char[] name = {'J', 'a', 'v', 'a'};
sb.insert(1, name, 1, 3);

The error thrown when you attempt to access a nonexistent array index position.

Use this method to remove all elements of an ArrayList.

This is the method signature of the equals() method.

The two arguments of the String.substring() method.

The thread-safe version of StringBuilder.

This method returns the number of components of the array.

An ArrayList can contain duplicate values. (T/F)

Cloning an ArrayList performs this type of copy.