database scopeminimum tablesThe movie ticketing design already supports five or more tables, including customer, cashier, movie show, booking ticket, and payment.relationship modelThe ER diagram evidence confirms the tables are meant to be connected as entities, which matches a relational database application.booking flowPayment and booking tracking are supported by evidence that booking systems manage cancellation, refund dates, refund amounts, and user-linked payments.ticket dataThe ticketing example includes booking-specific fields such as ticket number, number of tickets available, venue, date, time, and movie name, which are directly relevant to a movie ticket book app.table coverageOne source lists five core entities only, while another provides a fuller five-plus-table movie ticketing schema with named tables and sample fields.implementation detailA cinema booking system example mentions seven tables and an ERD, but the excerpt does not expose the exact table names or SQL details, so it is weaker for concrete table design than the movie ticketing schema.front-end choiceThe UI evidence supports using a cinema booking front end where users click seats and see booking information in ticket style.tool fitReact plus Express is the clearest front-end stack mentioned for a cinema booking interface, making it a suitable application layer for the database-backed booking system.design decisionUse a movie ticket booking application with at least five relational tables and a cinema-seat booking front end, because the evidence supports both the database structure and the user interface pattern.table setBase the schema on customer, cashier, movie show, booking ticket, and payment tables, since these are explicitly evidenced and align with the booking workflow.inspectable outcomeThe resulting application can store movie listings, seat or ticket availability, booking records, and payment records in linked tables, which matches the documented cinema booking use case.