Need help answering this Java questions.   Part 1 - Human Genome Class   Genetics is the study of how traits such as hair color, eye color, and risk for disease are passed (‘inherited’) from parents to their children. Your genetic code is programmed in Genome (your Genetic code), which is made up of a chemical called DNA (deoxyribonucleic acid) and is stored in almost every cell in your body.   Genomes in a human = 1   Genes in a human genome = 20000   Cells in your body (3 * US Deficit) = 75 to 100 trillion. (In my case it’s probably - 200 trillion considering my body mass ?)   Chromosomes in a human cell = 46.   Object Oriented Programming is an art that allows mapping of relationships between objects (physical or virtual) enabling creation of thinking machines solving complex problems (with usage of AI/ML) that would take humans a long time to solve.   In this course we will marry the two to produce beautiful outcomes. After all, COVID-19 is a crisis, we programmers can possibly help resolve it through understanding the DNA of viruses and finding the DNA that kills the virus. Doing this kind of programming is a branch of Bioinformatics.   In here we will begin to solve this problem.           Concepts to apply:   Creating a class and several objects (in your personal family) in which we can begin defining the blueprint of our own Genome.   Design a HumanGenome class that holds the following information: genome name, number of genes in genome, number of chromosomes, number of cells in your body. Write appropriate methods (constructor, getters and setters and print)   *print() will print the value of all properties using System.out.printf().   Demonstrate the class by writing a program that creates three or more instances of this class (Name the instances using a disney character).   You can populate information in each object using Scanner class. Please do not use any personal information as data in the project.   Submit a class diagram, test runs and code (.java file) with your submission, following java files must be included.   HumanGenome.java - contains properties, constructors and properties as stated above. Also create a print() method printing value of each property as value name pairs in separate lines using printf().   GenomeInput.java -contains input method (instance method) that uses Scanner for data input and returns a HumanGenome instance.   Add a driver (a main method in GenomeInput class) that calls the input method 3 times to create three instances of HumanGenome.           Possible input values for HumanGenome properties   Name of property   value1   value2   value3   GenomeName   “Human Bob”   “Human Sally”   “Human Sri”   NumberofGenes   20000   20000   20000   NumberofChromosomes   46   46   46   NumberofCells (Trillions)   76   120   75         Part 2 - Create a Nucleic acid   For our purposes, this is a smallest structural unit in DNA and RNA used for creating DNA or RNA.   Create a class called NucleicAcid with following properties   Name - String ChemicalFormula - String Molarmass - float (and units can be added as a String (within printf()) Density - float (and units can be added as a String (within printf()) Write appropriate methods (constructor, getters, setters and print). Also create a print() method printing value of each property as value name pairs in separate lines using System.out.printf().   Create a Driver that instantiates following Nucleic Acids demonstrating the classes.   Cytosine   Chemical formula - C4H5N3O   Molar mass - 111.10 g/mol   Density - 1.55 g/cm3   Adenine   Chemical formula C5H5N5   Molar mass 135.13 g/mol   Density 1.6 g/cm3   Guanine   Chemical formula C5H5N5O   Molar mass 151.13 g/mol   Density 2.200 g/cm3   Thymine   Chemical formula C5H6N2O2   Molar mass 126.115 g·mol−1   Density 1.223 g cm−3   Uracil   Chemical formula C4H4N2O2   Molar mass 112.08676 g/mol   Density 1.32 g/cm3