this was all the information provided for this question. ive checked with professors and theres sufficient amount of information to draw the tree diagram

(a) A company has developed a new system to predict 24 hours in advance of a planned rocket launch whether or not the weather conditions will be suitable for the launch to proceed. Based on studing the past weather, a particular launch site has conditions suitable for launch 2 out of every 10 days. The test will predict a "go for launch" with 90 percent accuracy when a day is in fact suitable for launching. For days that turn out to be not suitable for launching, it falsely predicts a "go for launch 5 percent of the time. (i) Draw a labelled natural frequency tree, using a base of 100 days. Use the letter G to represent a prediction of "go for launch and the letter S to represent a day suitable for launch (2 marks) Question 3 (Modelling with Uncertainty) (10 marks) (a) A company has developed a new system to predict 24 hours in advance of a planned rocket launch whether or not the weather conditions will be suitable for the launch to proceed. Based on studing the past weather, a particular launch site has conditions suitable for launch 2 out of every 10 days. The test will predict a "go for launch" with 90 percent accuracy when a day is in fact suitable for launching. For days that turn out to be not suitable for launching, it falsely predicts a "go for launch 5 percent of the time. (i) Draw a labelled natural frequency tree, using a base of 100 days. Use the letter G to represent a prediction of "go for launch" and the letter S to represent a day suitable for launch (2 marks) Question 3 (Modelling with Uncertainty) (10 marks) (a) A company has developed a new system to predict 24 hours in advance of a planned rocket launch whether or not the weather conditions will be suitable for the launch to proceed. Based on studing the past weather, a particular launch site has conditions suitable for launch 2 out of every 10 days. The test will predict a "go for launch" with 90 percent accuracy when a day is in fact suitable for launching. For days that turn out to be not suitable for launching, it falsely predicts a "go for launch 5 percent of the time. (i) Draw a labelled natural frequency tree, using a base of 100 days. Use the letter G to represent a prediction of "go for launch" and the letter S to represent a day suitable for launch (2 marks) (a) A company has developed a new system to predict 24 hours in advance of a planned rocket launch whether or not the weather conditions will be suitable for the launch to proceed. Based on studing the past weather, a particular launch site has conditions suitable for launch 2 out of every 10 days. The test will predict a "go for launch" with 90 percent accuracy when a day is in fact suitable for launching. For days that turn out to be not suitable for launching, it falsely predicts a "go for launch 5 percent of the time. (i) Draw a labelled natural frequency tree, using a base of 100 days. Use the letter G to represent a prediction of "go for launch and the letter S to represent a day suitable for launch (2 marks) Question 3 (Modelling with Uncertainty) (10 marks) (a) A company has developed a new system to predict 24 hours in advance of a planned rocket launch whether or not the weather conditions will be suitable for the launch to proceed. Based on studing the past weather, a particular launch site has conditions suitable for launch 2 out of every 10 days. The test will predict a "go for launch" with 90 percent accuracy when a day is in fact suitable for launching. For days that turn out to be not suitable for launching, it falsely predicts a "go for launch 5 percent of the time. (i) Draw a labelled natural frequency tree, using a base of 100 days. Use the letter G to represent a prediction of "go for launch" and the letter S to represent a day suitable for launch (2 marks) Question 3 (Modelling with Uncertainty) (10 marks) (a) A company has developed a new system to predict 24 hours in advance of a planned rocket launch whether or not the weather conditions will be suitable for the launch to proceed. Based on studing the past weather, a particular launch site has conditions suitable for launch 2 out of every 10 days. The test will predict a "go for launch" with 90 percent accuracy when a day is in fact suitable for launching. For days that turn out to be not suitable for launching, it falsely predicts a "go for launch 5 percent of the time. (i) Draw a labelled natural frequency tree, using a base of 100 days. Use the letter G to represent a prediction of "go for launch" and the letter S to represent a day suitable for launch (2 marks)