modify the code that I uploaded in order to get the output that I uploaded. I also uploaded the instructions

Read through the whole project before beginning.  Based on the information provided below, you will be creating Database Design Language and Entity Relationship Diagram. Database Design Language (DBDL) Use Word to create the DBDL. When creating the DBDL, list out all relations in 3NF.  On each relation, create functional dependencies to make sure all relations are in 3NF!! Entity Relationship Diagram (ERD) An ERD is the visually representation of the database structure.  Draw the diagram for the scenario using LucidChart. When drawing the objects, be sure to use the correct shapes and syntax. List out all alternate keys, secondary keys, and foreign keys under the relation using the correct syntax.   An online movie database keeps tracks of information on movies, actors, directors, the genre of movies, and the characters portrayed by each actor in the movie.  The specific data requirements for the database is summarized as follows: Each movie is identified by a unique number.  Other information kept on each movie is the name of the movie, length of the movie, release date and parental rating. An actor is identified by a unique number, first name, last name, date of birth and gender.  A director is identified by a unique number, first name, last name, date of birth and gender. A character is identified by a unique number, first name, and last name.  A genre is identified by a unique number and the description of the genre. A Movie has multiple actors (or none at all). An Actor can play multiple roles in a movie. A character must be associated with a movie and an actor.  A character can be in multiple movies. (i.e. Sequels) A character can be portrayed by multiple actors in a movie. (i.e. Character in a movie has a younger and older version – two actors need to play the part). A Movie can have multiple directors (or none at all). A movie must have at least one genre (or could have many).

In this assignment, we will build custom functions in R. As an example, the following function called addPercent converts a value into a percentage with one decimal place.addPercent - function(x){ percent - round(x*100, digits = 1) result - paste(percent, "%", sep = "") return(result) }Below are a few output results from this function. addPercent(.1) [1] "10%" addPercent(10) [1] "1000%" addPercent(10.1) [1] "1010%" addPercent(0.1443) [1] "14.4%"Write a custom R function that inputs a temperature in Fahrenheit Fo and converts to Celsius Co. The relationship is Co = 5(Fo - 32)/9.Write a custom R function that computes the sum of squares of two numbers.Write a custom R function that takes any univariate dataset and calculates the mean, minimum, maximum, and standard deviation.In statistics, a dataset needs to be transformed in order to meet certain assumptions. Write a custom R function that takes any univariate dataset and creates a histogram of the raw dataset and a histogram of the log-transformed dataset. Write a custom R function of your own. Describe what your function does and produce the output.Using a Word document, include your functions along with least four different output results from each of the functions 1 through 5. Provide screenshots of the output results in a Word document that shows the current date.