Write T for True and F for False: 1. Properties are named members of classes, structures, and interfaces. 2. The execution of the get accessor is equivalent to reading the value of the field. 3. The set accessor is similar to a method that returns void. 4. When you assign a value to the property, the set accessor is invoked with an argument that provides the old value.
Answer (1)
Let's analyze each statement and determine whether they are True (T) or False (F):
Properties are named members of classes, structures, and interfaces.
This statement is True (T) . In programming, particularly in object-oriented languages like C#, properties are indeed named members that are part of classes, structures, and interfaces. They encapsulate a getter (to read the field) and/or a setter (to write to the field).
The execution of the get accessor is equivalent to reading the value of the field.
This statement is True (T) . The get accessor is used to return the property value, so its execution effectively means reading the value of the field that the property encapsulates.
The set accessor is similar to a method that returns void.
This statement is True (T) . A set accessor is akin to a method that does not return a value (void) because it is used to assign a value to the field. It sets the value of the field without returning any data.
When you assign a value to the property, the set accessor is invoked with an argument that provides the old value.
This statement is False (F) . The set accessor is invoked with an argument that provides the new value to be set, typically accessed using a keyword like 'value' in many programming languages. The old value is not automatically passed to the set accessor.
Each of these points relates to how properties function in programming languages that support object-oriented programming, such as C# or Java.
