import java.util.Random; // the Random object - this can be queried for random values

public class Question3 {

public static void createRandomScene(Turtle turtle) {

// you may add arguments to this method as you require

}

public static void main(String[] args) {

// statements to set up turtle and call createRandomScene here

}

}

Question 1 and 2 can be find here!

https://www.chegg.com/homework-help/questions-and-answers/import-javaawtcolor-import-javautilscanner-public-class-question1-public-static-void-drawa-q32111182

https://www.chegg.com/homework-help/questions-and-answers/import-javautilrandom-import-javautilscanner-public-class-question2-public-static-void-dra-q32111559

uestion03 (introducing randomness to create geometric art Using what you have learned (and the methods created in Questions01/02, create a method createRandomscene) that includes at least two different forms of randomness into the initialization of the turtle (e.g. placement or pen colour/opacity), or randomness in one or more arguments passed to methods used to generate graphics. You can use copy over any of the methods created in Questions01/02. Save your image using the file->save button in the top left of the StdDraw window, and save the file as "Question03.png". Be creative! Here are some ideas/possibilities: uestion03 (introducing randomness to create geometric art Using what you have learned (and the methods created in Questions01/02, create a method createRandomscene) that includes at least two different forms of randomness into the initialization of the turtle (e.g. placement or pen colour/opacity), or randomness in one or more arguments passed to methods used to generate graphics. You can use copy over any of the methods created in Questions01/02. Save your image using the file->save button in the top left of the StdDraw window, and save the file as "Question03.png". Be creative! Here are some ideas/possibilities