Construir um modelo de entidades e relacionamentos (MER) para uma companhia de seguros de automóveis com um conjunto de clientes, onde cada um possui um certo número de automóveis. Os dados do cliente são código, nome, RG, CPF, endereço e telefone. Do carro deve-se armazenar a placa, código RENAVAN, fabricante, modelo e ano. Associado a cada automóvel há um histórico de ocorrências. Cada ocorrência deve ter um número (único), data, local e descrição.
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Crie um Diagrama Entidade-Relacionamento (DER) para um sistema chamado EduManager – Sistema de Gestão de Cursos. O sistema deve possuir inicialmente estas 4 entidades: 1. ALUNO Atributos: - id_aluno — chave primária (PK) - nome - email - data_nascimento - telefone 2. CURSO Atributos: - id_curso — chave primária (PK) - nome - descricao - carga_horaria - nivel 3. INSTRUTOR Atributos: - id_instrutor — chave primária (PK) - nome - email - telefone - especialidade 4. MATRICULA Atributos: - id_matricula — chave primária (PK) - data_matricula - status Relacionamentos e cardinalidades 1. ALUNO — MATRICULA - Um aluno pode realizar várias matrículas. - Cada matrícula pertence a apenas um aluno. - Cardinalidade: 1:N 2. CURSO — MATRICULA - Um curso pode possuir várias matrículas. - Cada matrícula pertence a apenas um curso. - Cardinalidade: 1:N 3. INSTRUTOR — CURSO - Um instrutor pode atuar em vários cursos. - Cada curso possui um instrutor. - Cardinalidade: 1:N A entidade MATRICULA deve funcionar como entidade associativa entre ALUNO e CURSO, permitindo representar corretamente que um aluno pode se matricular em vários cursos e que um curso pode possuir vários alunos. Não adicione outras entidades sem necessidade. Organize o diagrama de maneira clara e profissional, mostrando: - Entidades - Atributos - Chaves primárias (PK) - Relacionamentos - Cardinalidades 1:N O resultado deve ser adequado para uma atividade escolar de modelagem de banco de dados e não deve utilizar comandos SQL.
classDiagram direction LR class InputData { +String amino_acid_sequence +int sequence_length } class FeatureExtractor { +generate_pssm_profiles() +encode_sequence_features() } class BiLSTM_Sequence_Model { +predict_q8_labels() +predict_q3_labels() } class UserInterface { +receive_input() +display_predictions() } InputData --> FeatureExtractor : processed by FeatureExtractor --> BiLSTM_Sequence_Model : passes features to BiLSTM_Sequence_Model --> UserInterface : returns structures to
Diagrama de cableado de una placa de prototipos para un Arduino Uno que lee la pulsación de un botón y enciende un LED: botón con resistencia pull-down en D2, LED con resistencia de 220 ohmios en D13.
Create visual diagram of department structure including department head, 4 sub department heads and employees for the sub departments, combine all employees as one in each subsection, dont add icons, text only, also include arrows indicating reporting only goes up and not between employees of different departments
Create visual diagram of department structure including department head, 4 sub department heads and employees for the sub departments, combine all employees as one in each subsection, dont include logos or any visual images before the name
Create visual diagram of department structure including department head, 4 sub department heads and employees for the sub departments, combine all employees as one in each subsection, dont include logos
Create visual diagram of department structure including department head, 4 sub department heads and employees for the sub departments
A fishbone diagram analysing Half pallets – Improve fulfillment efficiency and quality through better management of half pallets.: categories for Multiple handling events Multiple handling events, Build-up activities, Stock ageing risk, Extra QC inspections, Repacking risk, Administrative monitoring
]packake on conveyor sensor at beginning op push staty starts if senos detects over load must be used must use pb3 estop
Water treatment loop with pH control and dosing pump
Create a single rung program that can start a motor from three different start locations (any one of which can start the motor individually), and three stop buttons (Any one of which can stop the motor). The Motor will continue to run after the start button is released
An astable 555 timer circuit producing a 1 kHz square wave
2)an algorithm that ask a user to enter 3 numbers and calculates the average and displays the average
an algorithm that asks for a user`s age and prints ''adult'' for people adove 18 and prints ''too young'' for people less than 18
an algorithm that asks a user to enter 3 numbers and calculates the average and display the average
2) An algorithm that asks a user to enter 3 numbers and calculates the average and display the average.
an algorithm that asks a user to enter 3 numbers and calculates the average and displays the average
2 an algorithm that asks a user to enter 3 numbers and calculate the average and displays the average
2)An algorithm that asks a user to enter 3 numbers and calculate the average and displays the average
An algorithm that asks a user to enter 3 numbers and calculates the average and displays the average.
An algorithm that asks for a user age's and print "Adult" for people above 18 and print too young for people less than 18
an algorithm that ask for a users age and prints adult for people above 18 and prints too young for people less than 18
An algorithm that asks a user to enter 3 numbers and calculates the average and displays the awerage