Kindly fill out the blanks labeled as letters Given an incomplete program in Program 2, complete the program by filling in the blankswith an appropriate Java statement to generate the output, as shown in Figure 2. Write youranswer in Table 2.JTM UTMJTM UTMJTMJTMUTM1017192021232425262728UTMUTMprivate String :private int kTM}7 buds OrchidHello in default FlowerHibiscus (s) bouquetthis.-j;22 types of flowers5 buds LilyBeautiful LilyPrint in Flower2: 2 DaisyPrint in base: 5 LilyPrint in Flowerl: 3 LilyFigure 2//Program 2//Declare class named Flower that inherits class named Flower//2 marksUTMthis.- 37this.k - kUTMpublic Flowerl (String j, int k) i28 UTMpublic Flowerl (String 3) UTM//Call superclass constructor with 2 argumenta UTM//a part of the output in Part 2(b)1/3 marksTM U//Assign attribute k with an appropriate value// to produce a part of the output in Part 4(c)//2 marksSystem.out.printf("Beautiful @s\n", j);{ } Part.Part 1Part 2Part 3 UTMPart 4System.out.printf("ads (s) bouquet\n", k,OURUTMpublic void print () {//Write an appropriate statement to produce//2 marksUTMUTM UTMUTMproduceUTM UTM UTMTM //a part of the output in Part 4(d)System.out.printf("Print in Flowerl: id ts\n", ₂₁ UTMST323336383940424344455253545556575859606164717273767778798081828385868788899091//Declare class named Flower2 that inherits classUTM//2 marksUTM 3private String jprivate int kTMJpublic Flower2 (int k) {//Call superclass constructor with 2 arguments to pr//a part of the output in Part 1(0)this.k kUTM UTM}UTApublic void print () {979899100101102103}class Flower (private String kprivate intpublic Flower() {//Assign attribute j with an appropriate value//to produce a part of the output in Part 3(g)//2 marksSystem.out.printf("ad types of flowers\n",TMSystem.out.printf ("Print inUTM UTMTMpublic void print () {TM//Write the 2 arguments constructor header with an//appropriate parameterSUT//3 marks(i)this.k-k;this.j-1:class FinalUTMpublic static void main(StringFlower1 q:Flower2 p://Call another constructor with appropriate arguments TMTM//to produce a part of the output in Part 1(h)//3 marksSystem.out.println("Hello in defaultFlowers, UTM//3 marksFlowers UTM UTM UTMad es\n", k, j);System.out.printf("%d buds %s\n",System.out.printf ("Printnamed Flowerlin base: td s\n",UTM UTM UTM(k)System.out.println();//Instantiate object named p by using anUTM UTM"TOT to display the output in PartPpropriate(1)System.out.println();//3 marks(0)System.out.println();UM UTM 8 UTMUTM) UTMargs) {//Instantiate object named q by using an appropriate TM//argumentthe output in Part 2 MTableUTM 8UTM//Write an appropriate statement to produce the//output in Part 3UTMOUTM UIT//3 marks//1 mark//Write an appropriate statement to produce the//output in Part 4(m)DET EOM OUTM//1 mark

(a) The following statement can be used to declare a class Flower1 that inherits or extends the…

Given an incomplete program in Program 2, complete the program by filling in the blanks with an appropriate Java statement to generate the output, as shown in Figure 2. Write your answer in Table 2. UTM UTM NNN 29 UTM UTM private String : private int k TM UTM 1 UTM } //Deciare class, named Flower that inherits classUTAUTM //Program 2 named Flower //2 marks TM public Flowerl (String 3) //Call superclass constructor with 2 argumente //a part of the output in Part 2 UTM TM (b) 7 buds Orchid Hello in default Flower 2 Hibiscus (s) bouquet 2 types of flowers TM 5 buds Lily Beautiful Lily this.3-57 Print in Flower2: 2 Daisy Print in base: 5 Lily Print in Flowerl: 3 Lily Figure 2 UTM public Flowerl (String j, int k) { this.- 3 this.k- k //Assign attribute k with an appropriate value //to produce a part of the output in Part 4 1/2 marks ts\n", 3); System.out.printf("Beautiful public void print () { voTM Part 1 Parts UTM Part 4 1/3 marksTMUUTM System.out.printf("dis (s) bouquet\n", k Part 2 UTM UTM UTM //Write an appropriate statement to produce //a part of the output in Part 4 (d) 1/2 marks System.out.printf("Print in Flowerl: td tain", produce UTM UTM UTM UTM 81 32 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 //Declare class named Flower2 that inherits class named Flowerl (c) //2 marks UTM 31 private String 57 private int k TN public Flower2 (int k) //Call superclass constructor with 2 arguments to produce //a part of the output in Part 1 (0) this.km //3 marks UTMUTM TM } } GTM class Flower { 93 94 95 96 97 98 99 100 101 102 103) public void System.out.printf ("Print in Flower2: ad es\n", k, j); print() { UTM (UTM UTM UTM UTM private String private int } public Flower () ( //Call another constructor with appropriate arguments //to produce a part of the output in Part 1 (b) //3 marks System.out.println("Hello in default Flower"); attribute with an appropriate value //to produce a part of the output in Part 3 1/2 marks System.out.printf(ed types of flowers\n", k) SUTHE //Write the 2 arguments constructor header with an /appropriate parameter SUT BUT BUT System.out.printf("ad buds s\n", J. k) UTM UTM } } TM TM public void print () { System.out.print in base: id ts\n", (i) this.k-k; this. TM UTM UTM UTM //3 marks class Final UTM public static void main(String [] args) { TM Flower Flower2 p: q UTMUTM (3) System.out.println(); 3. UTM UT UTM //Instantiate object named p by using an appropriate //argument to display the output in Part 1 UTM UTM (1) System.out.println(); //3 marks //Write an //output in Part 3 MO System.out.println(); //Instantiate object named q by using priate UTM //argument to display the output in Part 2 JTM UTM 8UTM AUA 1/3 marks statement to produce the //1 mark UTM 3 //Write an appropriate statement to produce the //output in Part 4 (m) //1 mark matemat MOU