A university wants to know all course names of sections that student Cam Sato has enrolled in.Instructor•InstructorIDSection Instructor• SectionIDSection⚫SectionIDEnrollment⚫ SectionIDStudent⚫ StudentIDFirstName• InstructorIDLastNameAcademicRankCourseIDTermStudentIDCapacitySalaryCourse•CourseIDFirstNameLastNameEmailAddressBirthDateNameDescriptionThe query below answers the university's question. Fill in the blanks.SELECT DISTINCT C.NameFROM ___ (A)___(B) Section SE ON C.CourseID =SE.CourseIDINNER JOIN Enrollment E ON SE.SectionID = E. SectionIDINNER JOIN Student ST ON E.StudentID = _ (C)_____WHERE ST. FirstName = 'Cam' AND ST. LastName = 'Sato';Credits(A) Ex: Keyword1 @O

The SQL query provided is designed to retrieve the distinct course names for the sections in which…

Answered: A university wants to know all course…

Oracle 12c: SQL

3rd Edition

ISBN:9781305251038

Author:Joan Casteel

Publisher:Joan Casteel

Chapter13: Views

Section: Chapter Questions

Problem 2MC

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Given the following relation that stores details of student registration: Stu_ID Name Town Province Course RegisteredDate S101 Malak Al Nadabi Al Khuwair Western ITDR2106 02-02-2020 S101 Malak Al Nadabi Al Khuwair Western ITDR1105 14-09-2019 S102 Nadar Al Hashli Daesit Southern ITDR1102 05-02-2020 S102 Nadar Al Hashli Daesit Southern ITDR1101 05-02-2020 S103 Basit Barkat Ruwi Central ITDR1105 06-02-2020 S104 Yeshan Al Khuwair Western ITDR2106 15-09-2019 If the functional dependencies are consistent with the above relation, put TRUE. If they are not, put FALSE. Stu_ID à Name, Town Town à Province Course à RegisteredDate RegisteredDate à Course Stu_ID, Course à RegisteredDate Stu_ID à Course Stu_ID
List the changes you would need to make to your answer for Question 11 if the requirements change so that you must store the year and the semester in which a student took a course and received a grade.
What are referential constraint actions?
POSTGRESQL For this problem create a table called instructor_course_nums. Write a procedure that accepts an instructor ID as input. The procedure calculates the total number of course sections taught by that instructor and adds a tuple to the instructor_course_nums table consisting of the instructor's ID number, name, and total courses taught - call these attributes: ID, name, and tot_courses. If the instructor already has an entry in the table, then the procedure makes sure the total number of courses taught in the instructor_course_nums table is up-to-date. You must name your procedure: <LastName>_<DOB_DayOfMonth>_insCourseNumsProcWhere <LastName> is your last name and <DOB_DayOfMonth> is the day of the month you were born. Below is an example of how I named my procedure: Morab_05__insCourseNumsProc
15. A table is said to exhibit referential integrity if: a. it has no foreign key. b. it has a foreign key, and all the foreign key values are unique and not null. c. it has a foreign key, and all the foreign key values are referenced in another table's primary key attribute. d. it has a foreign key, which is also a component of its primary key.
You are given this table: Registration SID CourseID SemID Instructor Grade 282712 ENGL210 201701 H. Zacny B+ 362112 CS101 201701 K. Ross C 652123 CS403 201701 K. Ross A 362112 CS403 201701 K. Smith C+ 282712 BIO101 201601 I. Olsen C What will the result of the following query be? select sid, count(*)from registrationgroup by sid Select one: a. The entire table sorted by sid b. No results due to an error c. 282712 2362112 2652123 1 d. 282712 1362112 1652123 1
Think about the foreign-key constraint on the instructor's department name property. Please provide examples of additions and deletions that could go against the foreign-key restriction.
The marketing team wants to celebrate the success of StayWell with a party. The team wants a table with the names of all residents and owners combined into single column named PARTICIPANT. You need to combine this information from the tables and send it back to the team. You do not need to create a new table in the database schema. Task Return a list of all the residents and owners
Computer Science At UFL, each class is a specific offering of a course (subject). Each row in the Courses table contains information on a single course or subject taught a UFL and each row in the Classes table contains information on a single offering of a course during a specific term. Investigate the two tables, and then write a query that returns the CourseTitle, ClassID, Term, SectionID and FacultyID for classes taught by FacultyID 5000009. SOLUTION:
What would be the result of the SQL statement CREATE UNIQUE INDEX idxA ON TabA(A), if the column A is not a candidate key?
I cannot figure out this problem/question. Can someone help me solve this? I must use use postgreSQL to answer the question. For this problem create a table called instructor_course_nums. Write a procedure that accepts an instructor ID as input. The procedure calculates the total number of course sections taught by that instructor, and adds a tuple to the instructor_course_nums table consisting of the instructors ID number, name, and total courses taught - call these attributes: ID, name, and tot_courses. If the instructor already has an entry in the table, then the procedure makes sure the total number of courses taught in the instructor_course_nums table is up-to-date. You must name your procedure:<LastName>_<DOB_DayOfMonth>_insCourseNumsProcWhere <LastName> is your last name and <DOB_DayOfMonth> is the day of the monthyou were born. Below is an example of how I named my procedure:Morabito_05__insCourseNumsProc
What is a "referential integrity constraint"? Give examples to show its uses.

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