Given an incomplete program in Program 3: ITE //Program 1 Declare class named Daisy that inherits class named 7/2ily and implements interface named Flower UTM 8 class BUM UTM public Daisy() ( this ("Blue"); System.out.println("Default constructor for a } } public Daisy (String s) ( super (s); System.out.println("Constructor with argument for. public void display() ( System.out.println("Display in Daisy"); ) AM a(i) //Declare class named Lily that inherits class named Orchid class a(ii) } TM } public Lily ( this ("Purple"); System.out.printin ("Default constructor for Lily"); UTM } public Lily (Strings) System.out.println("Constructor with argument UTM UTM ++ Lily"); public void display() ( super.di printin () UTMUUTM in Lily"); 1 public void display() { System.out.printin ("Display in Orchid"); UUTM UTM //Declare class named Orchid that implements interface named Flower class a(iii) UTM UTM 8UTM AUTM } TM interface Flower ( public void display 05 UTM public Orchid() ( System.out.println("Default constructor for Orchid"); UTM UTMUTM i) Orchid ob- new ob.display(); TMTM & UTM public class PolyFinal ( M public static void main(String [] args) UTM UTM UTM (b) i) Lily ob- new ob.display(); ( TM ii) Orchid ob new Lily(); ob.display(); UTM UTM UTM a) Complete the class declarations with an appropriate Java statement based on the instructions below: Declare class named Daisy that inherits class named Lily and implements interface named Flower. ITM UTM ii) Declare class named Lily that inherits class named Orchid. UTM iii) Declare class named Orchid that implements interface named Flower. Daisy(): UTM b) Assume that the program is successfully completed in (a), determine the output of the program if each of the following Java statements is inserted into the program at line 54 and 55. Note: each question below is independent. TM 8 UIM Daisy ("WhiteM UTMUTM UTM UTM UTM &UTM
Given an incomplete program in Program 3: ITE //Program 1 Declare class named Daisy that inherits class named 7/2ily and implements interface named Flower UTM 8 class BUM UTM public Daisy() ( this ("Blue"); System.out.println("Default constructor for a } } public Daisy (String s) ( super (s); System.out.println("Constructor with argument for. public void display() ( System.out.println("Display in Daisy"); ) AM a(i) //Declare class named Lily that inherits class named Orchid class a(ii) } TM } public Lily ( this ("Purple"); System.out.printin ("Default constructor for Lily"); UTM } public Lily (Strings) System.out.println("Constructor with argument UTM UTM ++ Lily"); public void display() ( super.di printin () UTMUUTM in Lily"); 1 public void display() { System.out.printin ("Display in Orchid"); UUTM UTM //Declare class named Orchid that implements interface named Flower class a(iii) UTM UTM 8UTM AUTM } TM interface Flower ( public void display 05 UTM public Orchid() ( System.out.println("Default constructor for Orchid"); UTM UTMUTM i) Orchid ob- new ob.display(); TMTM & UTM public class PolyFinal ( M public static void main(String [] args) UTM UTM UTM (b) i) Lily ob- new ob.display(); ( TM ii) Orchid ob new Lily(); ob.display(); UTM UTM UTM a) Complete the class declarations with an appropriate Java statement based on the instructions below: Declare class named Daisy that inherits class named Lily and implements interface named Flower. ITM UTM ii) Declare class named Lily that inherits class named Orchid. UTM iii) Declare class named Orchid that implements interface named Flower. Daisy(): UTM b) Assume that the program is successfully completed in (a), determine the output of the program if each of the following Java statements is inserted into the program at line 54 and 55. Note: each question below is independent. TM 8 UIM Daisy ("WhiteM UTMUTM UTM UTM UTM &UTM
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question
![Given an incomplete program in Program 3:
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//Program 1
//Declare class named Daisy that inherits class named
//Lily and implements interface named Flower
class
SUM
}
public Daisy() {
this ("Blue");
System.out.println("Default constructor for
}
a(i)
public Daisy (String s) (
super (s);
System.out.println("Constructor with argument for "+
}
AM
public void display() {
System.out.println("Display in Daisy");
18
19
20 //Declare class named Lily that inherits class named Orchid
class
21
a(ii)M
UTM
public Lily (Strings) {
++ Lily");
public void display()
super.display();
System.out.println("Constructor with argument UTM UTM
System.out.println("Displa UTM
Lily");
//Declare class named Orchid that implements interface named Flower
UTM
class
a(iii)
1
public void display() (
System.out.printin ("Display in Orchid");
public Lily) (
System.out.println("Default constructor for Lily");
(
UTM OUT
UTM
public Orchid() (
WITM
System.out.println("Default constructor for Orchid");
ii) Orchid ob new
ob.display();
UUTM UTM
UTM
i) Orchid ob new Daisy
ob.display();
UITM
i) Lily ob new
ob.display();
JTM
UTM UTM Daisy");
m
interface Flower (
public class PolyFinal (
public void display (MUTM
public static void main(String [] args) UTM UTM UTM
(b)
JTM
a) Complete the class declarations with an appropriate Java statement based on the
instructions below:
MUTM
TM UTM
Lily();
TMTM UTM
i) Declare class named Daisy that inherits class named Lily and implements interface
named Flower.
ii) Declare class named Lily that inherits class named Orchid.
UTM
iii)
UTM
Declare class named Orchid that implements interface named Flower.
b) Assume that the program is successfully completed in (a), determine the output of the
program if each of the following Java statements is inserted into the program at line 54
and 55. Note: each question below is independent.
ne 8 UIM
UTM UTM UTM
("White");
UITM
UTM UTM
Daisy(): UTM
UTM UTM UTM
TMUTM & UTM](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7dd062c8-27c1-48af-8034-bfe39d739097%2Fb896f4bf-aa18-4389-9520-178a40c593f7%2F6olhu89_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Given an incomplete program in Program 3:
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//Program 1
//Declare class named Daisy that inherits class named
//Lily and implements interface named Flower
class
SUM
}
public Daisy() {
this ("Blue");
System.out.println("Default constructor for
}
a(i)
public Daisy (String s) (
super (s);
System.out.println("Constructor with argument for "+
}
AM
public void display() {
System.out.println("Display in Daisy");
18
19
20 //Declare class named Lily that inherits class named Orchid
class
21
a(ii)M
UTM
public Lily (Strings) {
++ Lily");
public void display()
super.display();
System.out.println("Constructor with argument UTM UTM
System.out.println("Displa UTM
Lily");
//Declare class named Orchid that implements interface named Flower
UTM
class
a(iii)
1
public void display() (
System.out.printin ("Display in Orchid");
public Lily) (
System.out.println("Default constructor for Lily");
(
UTM OUT
UTM
public Orchid() (
WITM
System.out.println("Default constructor for Orchid");
ii) Orchid ob new
ob.display();
UUTM UTM
UTM
i) Orchid ob new Daisy
ob.display();
UITM
i) Lily ob new
ob.display();
JTM
UTM UTM Daisy");
m
interface Flower (
public class PolyFinal (
public void display (MUTM
public static void main(String [] args) UTM UTM UTM
(b)
JTM
a) Complete the class declarations with an appropriate Java statement based on the
instructions below:
MUTM
TM UTM
Lily();
TMTM UTM
i) Declare class named Daisy that inherits class named Lily and implements interface
named Flower.
ii) Declare class named Lily that inherits class named Orchid.
UTM
iii)
UTM
Declare class named Orchid that implements interface named Flower.
b) Assume that the program is successfully completed in (a), determine the output of the
program if each of the following Java statements is inserted into the program at line 54
and 55. Note: each question below is independent.
ne 8 UIM
UTM UTM UTM
("White");
UITM
UTM UTM
Daisy(): UTM
UTM UTM UTM
TMUTM & UTM
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