Cones come in a few varieties, and we will consider the right circular cone. A cone...

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Cones come in a few varieties, and we will consider the right circular cone. A cone with a circular base is a circular cone. A circular cone whose axis is perpendicular to the base is a right circular cone. 1. Create a new class called Cone inside package ca.bcit.comp1510.lab05: a. Include a Javadoc comment at the top of the class. The Javadoc comment should contain: i. The name of the class and a (very) short description ii. An @author tag followed by your name iii. An @version tag followed by the version number. 2. Do not include a main method inside the class definition. As before, the class is not a complete program. 3. Let's not worry about a Cone's location in 3D space (yet!). If we ignore the right circular cone's location, we can represent it with two variables: radius and height. Create instance variables for its radius and height. 4. A Cone has a public constructor which accepts one parameter for each of the instance variables. The body of the constructor should assign each parameter to its respective instance variable. 5. Create an accessor and a mutator for each instance variable. 6. Create a method that returns the volume of the Cone. The formula for the volume V of a cone of radius r and height h = -rh. 7. Create a method that returns the slant height of the Cone. The formula for the slant height SH of a Cone of radius r and height h = r + h. 8. Create a method that returns the surface area of the Cone. The formula for the surface area A of a Cone of radius r and height h = r +r (r + h) 9. Create a toString() method which returns a String composed of the concatenation of the information in the Cone. Cones come in a few varieties, and we will consider the right circular cone. A cone with a circular base is a circular cone. A circular cone whose axis is perpendicular to the base is a right circular cone. 1. Create a new class called Cone inside package ca.bcit.comp1510.lab05: a. Include a Javadoc comment at the top of the class. The Javadoc comment should contain: i. The name of the class and a (very) short description ii. An @author tag followed by your name iii. An @version tag followed by the version number. 2. Do not include a main method inside the class definition. As before, the class is not a complete program. 3. Let's not worry about a Cone's location in 3D space (yet!). If we ignore the right circular cone's location, we can represent it with two variables: radius and height. Create instance variables for its radius and height. 4. A Cone has a public constructor which accepts one parameter for each of the instance variables. The body of the constructor should assign each parameter to its respective instance variable. 5. Create an accessor and a mutator for each instance variable. 6. Create a method that returns the volume of the Cone. The formula for the volume V of a cone of radius r and height h = -rh. 7. Create a method that returns the slant height of the Cone. The formula for the slant height SH of a Cone of radius r and height h = r + h. 8. Create a method that returns the surface area of the Cone. The formula for the surface area A of a Cone of radius r and height h = r +r (r + h) 9. Create a toString() method which returns a String composed of the concatenation of the information in the Cone.