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can i have the Answers of the above questions 1. Compare and contrast between the main characteristics of the database and file-based approach. 2. Describe four government sectors that would be expected to make use of database systems 3. What is meant by the terms: a. Database b. Database Management System c. Database Application Program d. Data Independence e. Security f. Integrity g. Views 4. Describe the role of database management systems (DBMS) in the database approach. Discuss why knowledge of DBMS is important for database administrators. 5. Describe the five components of the DBMS environment. 6. What are the advantages of database management systems? Are there any potential disadvantages? 7. Discuss the roles of the following personnel in the database environment: a. Data Administrator b. Database Administrator c. Logical Database Designer d. Physical Database Designer e. Application Developer f. End-Users 8. Discuss the three generations of DBMSs. 9. Why are views an important aspect of database management systems? Directions: 1- Avoid Plagiarism 2- Copy Pasting (each other work) is strictly prohibited (will be awarded 'zero').

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T/F 2 points each, Total 20 points 1) A disadvantage of the relational database management system (RDBMS) is its inability to hide the complexities of the relational model from the user. 2) In an SQL-based relational database, rows in different tables are related based on common values in common attributes. 3) The external model is the representation of the database as "seen" by the DBMS. 4) Composite attributes make it easier to facilitate detailed queries. 5) . To implement a small database, a database designer must know the " 1 " and the " M " sides of each relationship and whether the relationships are mandatory or optional. 6) The COMMIT command does not permanently save all changes. In order to do that, you must use SAVE. 7) You can select partial table contents by naming the desired fields and by placing restrictions on the rows to be included in the output. 8) SQL allows the use of logical restrictions on its inquiries such as OR,AND, and NOT. 9) The primary objective in database design is to create complete, normalized, nonredundant, and fully integrated conceptual, logical, and physical database models.10) The Systems Development Life Cycle (SDLC) is a sequential process rather than an iterative process. Multiple Choice 5 questions, 2 points each total 10 points 1) SQL command that allows a user to permanently save data changes is A. Save B. Commit C. Update D. Deposit 2) An entity is said to be -dependent if it can exist in the database only when it is associated with another related entity occurrence. A. Existence B. Relationship B. Business D. Data 3) When using a(n) join, only rows from the tables that match on a common value are returned. A. Left B. Inner C. Outer D. Right 4) The maintenance and evolution phase of the Database Life Cycle (DBLC) involves. A. Defining objectives B. Introducing changes C. Testing database D. Installing Database 5) User-access management is a subset of A. Authentication B. Authorization management C. Managerial control D. Password protection.

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Chapter 6: Elements of Database Systems 1 of 30 ACCOUNTING INFORMATION SYSTEMS: A DATABASE APPROACH by: Uday S. Murthy, Ph.D., ACA and S. Michael Groomer, Ph.D., CPA, CISA Elements of Database Systems Learning Objectives After studying this chapter you should be able to: • distinguish between the file-oriented approach and the database approach • discuss fundamental relational database concepts such as composite and foreign keys • specify the types of relationships that can be represented in database systems • provide a detailed description of the relational database model • discuss database integrity, emphasizing entity and referential integrity in particular • explain and provide examples of validation rules in relational database systems • discuss how views and permissions can be used to restrict access to sensitive data in relational database systems • explain the data dictionary concept • describe the types of database languages • construct SQL queries to extract information from relational database systems • discuss database backup and recovery methods • explain concepts such as concurrency control • explain in general terms concepts such as the object-oriented approach to developing database systems The elements of computer-based information systems were discussed in Chapter 2. In this chapter we focus on the elements of database systems. As discussed in Chapter 1, the next generation of accounting systems will have an enterprise-wide orientation and will most likely be built on a database platform. We will first differentiate between the older file-oriented approach and the more recent database approach. Various data structure elements specific to database systems will then be discussed. The major Chapter 6: Elements of Database Systems 2 of 30 types of database models will then be reviewed. The remainder of the chapter will focus exclusively on the relational database model, which has grown to become widely accepted as the platform of choice for robust enterprise applications. File-oriented and database approaches contrasted The early applications of computer technology were in automating transaction processing systems. These early applications were developed using COBOL. Each transaction processing system was created and treated independently with its own set of files and programs. There was virtually no integration across application areas. Most business data processing systems developed in the 1970s and the early 1980s employed this approach. This approach to TPS is referred to as the file-oriented approach. A more modern approach is to develop an integrated set of application systems with all data stored in a shared repository, i.e., the enterprise database. This approach is referred to as the database approach. It is important to note that a significant number of file-oriented systems exist in many businesses today. Most of these file-.

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E.F. Codd (1970). Evolution of Current Generation Database Technologies. Communications of the ACM archive. Vol 13. Issue 6(June 1970 The database technology system can be traced back to a flat file, whose function was to keep data. These flat files surfaced in the 1960s and had many disadvantages. During the period 1968 to 1980, referred to as the Hierarchical error since the Hierarchical Database was developed, the IBM joined NAA to come up with GUAM, the first DBMS called the Information Management System (IMS). The following are the step by step evolution of the three major database systems since then, with regard to the specific model layers: (a)Hierarchical Model: Here, this IMS was built by IBM in collaboration with Rockwell, and it becomes the major database system in the 1970s and 1980s. This model entailed the relation of files in a child -parent example, whereby at most one parent file hosted each child file. (b)The Network Model was first developed by Charles Bachmann at Honeywell called the Integrated Data Store (IDS), which was considered fit for international use (standardization) in the year 1971 by the CODASYL body, meaning the Conference on Data Systems Languages. Here, files are perceived as members and owners, whereby each member may harbor many owners. Network Schema, Data Management Language and Sub-Schema are the three components associated to this model. The CODASYL DBTG was the most popular network model during those times. (c) The Relational Database Model was developed in 1970 by E.F. Codd. He proposed the construction of this model, which saw to the onset of two major projects in the IBM's San Jose Lab. The model developed several branches or other forms of it like the INGRES, a University of California invention, which became widespread and the POSTGRES which was later developed into the Informix. The lab in San Jose had developed a System R, and this gradually shifted into the DB2, a relational model product. This model constitutes the use of instance and schema, with instance comprising of a table with columns and rows and the schema guiding on the structure used. It was wholly developed under the mathematical concept of set theory and the predicate logic. This model became stronger and fully effective in the 1980s, marked with the increase in the development of more relational based DBMS and the introduction of the SQL standard in the ISO and ANSI models. The other database models were developed similarly in stages. Peter Chen came up with the Entity-Relationship model in the year 1976. This was followed by the 1985 development of the Object-Oriented Database Models. In the 1990s, an important development occurred, which entailed the addition of object-orientation in relational models. This time frame also witnessed the addition of more application areas or units such as OLAP, data warehouse, the web, enterprise resource planning and even the internet. The year 1991 saw the creation of Microsoft Ships Acce ...

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Database System Design and Management Part 1: True False /Multiple Choicesebject : T/F 1) A disadvantage of the relational database management system (RDBMS) is its inability to hide the complexities of the relational model from the user. 2) In an SQL-based relational database, rows in different tables are related based on common values in common attributes. 3) The external model is the representation of the database as seen by the DBMS. 4) Composite attributes make it easier to facilitate detailed queries. 5) . To implement a small database, a database designer must know the "1" and the "M" sides of each relationship and whether the relationships are mandatory or optional. 6) The COMMIT command does not permanently save all changes. In order to do that, you must use SAVE. 7) You can select partial table contents by naming the desired fields and by placing restrictions on the rows to be included in the output. 8) SQL allows the use of logical restrictions on its inquiries such as OR, AND, and NOT. 9) The primary objective in database design is to create complete, normalized, nonredundant, and fully integrated conceptual, logical, and physical database models. 10) The Systems Development Life Cycle (SDLC) is a sequential process rather than an iterative process. Multiple Choice 1) SQL command that allows a user to permanently save data changes is _____. A. Save B. Commit C. Update D. Deposit 2) An entity is said to be _____-dependent if it can exist in the database only when it is associated with another related entity occurrence. A. Existence B. Relationship c. Business D. Data 3) When using a(n) _____ join, only rows from the tables that match on a common value are returned. A. Left B. Inner C. Outer D. Right 4) The maintenance and evolution phase of the Database Life Cycle (DBLC) involves. _____. A. Defining objectives B. Introducing changes C. Testing database D. Installing Database 5) User-access management is a subset of _____. A. Authentication B. Authorization management C. Managerial control D. Password protection.

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APPLICATION 2.4 Projectile motion About 400 yr ago, the physicist Galileo observed that certain projectiles follow a parabolic path. For instance, if a cannon fires a shell at a 30 degree angle with a speed of 250 feet per second, then the path of the shell is modeled by the equation , where h is the elevation of the shell trajectory and d is the corresponding horizontal distance from the cannon when the elevation is h. 1. Does the graph of this equation open up or down? How did you determine this? 2. Describe what happens to the projectile as time passes. 3. Use the quadratic equation to determine at what distance from the cannon the shell hits the ground. 4. Will the shell be at a high point or be at a low point at the middle of the trajectory? How do you know? 5. What is the highest elevation the shell will attain? 6. When the shell is at its highest, how far (horizontally) will it be from the cannon? 7. What is the point of the vertex? How does this number relate to your answers in parts e. and f? 8. How many solutions are there to the equation ? How do you know? 9. What do the solutions represent? MAT/117 2 2 32 0.577 1.5(250) hdd =- 2 2 32 0.5770 1.5 dd v -= Running Head: DATABASE MANAGEMENT 1 DATABASE MANAGEMENT 2 Advanced Database Systems(CS352-1901A-01) Database Management Charles Williams 1/8/2019 Table of Contents Table of Contents…………………………………………………………………………………………………………………………………….2 The Database Models, Languages, and Architecture 3 Database System Development Life Cycle 5 Database Management Systems 6 Advanced SQL 7 Web and Data Warehousing and Mining in the Business World 8 References 9 Database management It is important that a formal design methodology is used as it provides a mathematical approach to coming up with a reliable database that consolidates all the environments that use the database. A design methodology helps as it provides a way in which the whole designing and development can be done with minimum errors. The design methodology helps in identifying the requirements, the specifications and design levels of the database and data warehouse up for development. The planning stage of the consolidated data base is very important as it involves the coming up with plans that will guide the development of the database (Mabogunje, 2015). The plans help in managing quality, time, risks and other related issues that might affect the design and development of the database and eventually the data warehouse. The three layers of the 3-level ANSI-SPARC architecture include; a physical schema which is responsible for defining how data is to be stored, a conceptual schema which is responsible for indexing and relating data, and the external schema which is responsible for showing how informatio.

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Case 1 Why shareholders wealth maximization value maximization is c.pdf

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Capstone Project: E-Commerce Application with Firebase Firestore Objective This capstone project aims to design and implement a fully functional e-commerce application using multimedia systems concepts and Firebase Firestore for backend storage and hosting. The project will also integrate social media authentication features, allowing users to log in using their Twitter, Facebook, or Google accounts. Features to Implement User Experience: 1. User Authentication: Integrate OAuth to enable users to sign in using social media accounts (Twitter, Facebook, Google). 2. Product Gallery: Display available products in an organized, visually appealing manner. 3. Shopping Cart: Allow users to add items to their cart, view it, and proceed to checkout. 4. Order History: Enable users to view their past orders. 5. Search and Filters: Users should be able to search products and filter results based on categories, ratings, etc. 6. User Profiles: Users should have profiles where they can view and manage their information. 7. Product Reviews and Ratings: Users should be able to review and rate purchased products. Backend: 1. Firebase Firestore: Store product data, user profiles, and order histories in Firebase Firestore. 2. File Hosting: Use Firebase for hosting multimedia elements like product images. 3. Data Management: Structure Firestore collections and documents for optimal data access and security. 4. Backend Logic: Implement backend logic for order processing, inventory management, etc. Suggested Technologies Frontend: HTML, CSS, JavaScript (React, Angular, Vue.js are good options) Backend: Firebase Firestore, Firebase Hosting User Authentication: Firebase Authentication Multimedia Elements: HTML5 for rendering images and other multimedia Functionality Authentication Functions 1. signInWithTwitter(): Implement OAuth for Twitter. 2. signInWithFacebook(): Implement OAuth for Facebook. 3. signInWithGoogle(): Implement OAuth for Google. Firestore Functions 1. addProduct(): Add new products to Firestore. 2. updateInventory(): Update product inventory after a sale. 3. addToCart(): Add selected product to user's shopping cart in Firestore. 4. processOrder(): Process user's order and update Firestore. 5. fetchProductData(): Fetch data for product gallery. 6. fetchOrderHistory(): Fetch a user's order history. User Interface Functions 1. displayProductGallery(): Render the product gallery. 2. displayShoppingCart(): Show the contents of the user's shopping cart. 3. displayOrderHistory(): Render the user's order history. 4. displayUserProfile(): Show the user's profile. NB: you can have your own custom functions not necessarily the ones given, but the functionality should match. Evaluation Your project will be evaluated on: Functionality: All features must be fully functional. User Experience: Usability and design of the user interface. Code Quality: Proper structure, readability, and documentation. Backend Structure: Efficient use of Firebase Firestore and Firebase.

Capstone Project E-Commerce Application with Firebase Firestore Obj.pdf

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C++ code, please help! RESPOND W/ COMPLETED CODE PLEASE, am using Visual Studio Code. Error message: ld: Undefined symbols: parseName(std::__1::basic_stringstream, std::__1::allocator>&), referenced from: parseAssignments(std::__1::basic_stringstream, std::__1::allocator>&) in module-a187a7.o SymbolTable::init(), referenced from: _main in module-a187a7.o parseAssignments(std::__1::basic_stringstream, std::__1::allocator>&) in module-a187a7.o SymbolTable::insert(std::__1::basic_string, std::__1::allocator>, int), referenced from: parseAssignments(std::__1::basic_stringstream, std::__1::allocator>&) in module-a187a7.o SubExpression::parse(std::__1::basic_stringstream, std::__1::allocator>&), referenced from: _main in module-a187a7.o clang: error: linker command failed with exit code 1 (use -v to see invocation) [Done] exited with code=1 in 1.478 seconds divide.h class Divide : public SubExpression { public: //define the default construtor Divide(Expression* left, Expression* right) : SubExpression(left, right) { } //define the function evaluate() int evaluate() { //divide the value of left and value of the right //and return the value. return left->evaluate() / right->evaluate(); } }; expression.h // Expression class Expression { public: //declare a virtual function evaluate() virtual int evaluate() = 0; }; literal.h //Operand class Literal : public Operand { public: //define the construtor Literal(int value) { this->value = value; } //define the function evaluate() //returns the value int evaluate() { return value; } private: int value; }; minus.h //define the class Minus subclass of the SubExpression class Minus : public SubExpression { public: //define the default construtor Minus(Expression* left, Expression* right) : SubExpression(left, right) { } //define the function evaluate() int evaluate() { //subtract the value of right from the value of the left //and return the value. return left->evaluate() - right->evaluate(); } }; module.cpp #include #include #include #include #include using namespace std; #include "expression.h" #include "subexpression.h" #include "symboltable.h" #include "parse.h" //create an object of SymbolTable SymbolTable symbolTable; //prototype of the function void parseAssignments(stringstream& in); //define main function int main() { // declare the variables Expression* expression; char paren, comma; string line; // create an input file stream ifstream fin("input.txt"); // check, if the file is not opened //then display a error message if (!fin.is_open()) perror("error while opening file"); //use a loop, to read the content from the file while (getline(fin, line)) { symbolTable.init(); if (!fin) break; stringstream in(line, ios_base::in); in >> paren; cout << line << " "; expression = SubExpression::parse(in); in >> comma; //call the function parseAssignments(in); //Display the result int result = expression->evaluate(); cout << "Value = " << result << endl; } system("pause"); return 0; } //definition of the function p.

C++ code, please help! RESPOND W COMPLETED CODE PLEASE, am using V.pdf

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Can you draw a database design? Entity relationship ER and the relationship between them ----------------------------- AdminModel: -Admin Id: int -Admin email: string -Adminpasswords: string -AdminHistory[]: string -DataIntegrityChecks: Boolean -DataBackup: File -Reporting: string RegisteredModel: -RegisteredUserID: int -RegisteredUserFN: string -RegisteredUserLN: string -RegisteredUserEmail: string -RegisteredUserpassword: string -RegisteredUserHistory[]: string UnregisteredModel: -UnregisteredUserID: int -SessionDuration: Time-based Date LandmarkRecognitionModel: -LandmarkName: string -LandmarkDescription: string -LandmarkImage: image -LandmarkScore: Double GroupIngormationModel: -GroupName: string -GroupMembers[]: string -GroupID: int -GroupPermissions: List -GroupCreationDate: Date -GroupSettings: object -Notifications: string SupplicationsModel: -SupplicationTitle: string -SupplicationLocation: object -SupplicationNotifText: string -LongituedeanndLongitude: int -LongituedeanndLongitude: int EducationalResourseModel: -ResourceTitle: string -ResourceDescriotion: string -ResourceTags[]: string AutoCircumambulationModel: -CircumambulationCount: int -CircumambulationTarget: int -CircumambulationTimer: Time-based Data -CircumambulationHistory: List -Notifications: string -UserProfile: object -LongituedeanndLongitude: int.

Can you draw a database design Entity relationship ERand the rela.pdf

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Business Plan A business plan is any simple plan, not only limited to the business start-up plan that helps the management to understand the current situation of the enterprises (strengths, weakness, opportunities and threats) and look forward into the future. A start-up plan is a business plan which consists of the mission, vision, objectives and action plans for the future of the new enterprises while the business plan drawn during the operation of the firm is vital for running the firm effectively, acquire new customers, partners, loans and so on. According to Fiore (2005), a business plan involves two dimensions; an organizing tool to simplify and clarify your business goals and strategy, the second one is a selling document that sells the business idea and shows that a product or a service can make a profit and attract funding and company resources. Imagine you started a new business as an entrepreneur in Saudi Arabia. Briefly mention the specific steps which you consider necessary to a successful business plan. Please, think and share information on the following items: a. Your Business Name, Address, EMail b. Form of ownership: What is the legal structure? Sole proprietor, Partnership, Corporation. C. Investment capital.

Business PlanA business plan is any simple plan, not only limited .pdf

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Can we please draw this BPM process roughly on paper and post a pict.pdf

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Can we draw this BPM on paper showing shapes arrows and connectors? Flow chart is very confusing. Paper-based systems worked for decades, but they were relatively inefficient and prone to error. Why? To understand this, you need a more detailed view of the process: It began with a customer order (usually via phone or fax). An employee at the tug company wrote down the work that needed to be done; that description would then be rewritten and handed to tug captains as a job to do; dispatchers would copy it again onto the dispatch log sheet. When the job was completed, the captains handed their log sheets back to the dispatchers. Dispatchers reviewed the sheets and sent a delivery notice to their customer. The log sheets would then get passed to accounting staff, who rewrote (or retyped) the entire job into an invoice and sent it out. Finally, the accountant would have to re-enter all the invoicing details into the accounting system. Paper-based systems worked for decades, but they were relatively inefficient and prone to error. Why? To understand this, you need a more detailed view of the process: It began with a customer order (usually via phone or fax). An employee at the tug company wrote down the work that needed to be done; that description would then be rewritten and handed to tug captains as a job to do; dispatchers would copy it again onto the dispatch log sheet. When the job was completed, the captains handed their log sheets back to the dispatchers. Dispatchers reviewed the sheets and sent a delivery notice to their customer. The log sheets would then get passed to accounting staff, who rewrote (or retyped) the entire job into an invoice and sent it out. Finally, the accountant would have to re-enter all the invoicing details into the accounting system. .

Can we draw this BPM on paper showing shapes arrows and connectors .pdf

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Can u give a CORAS ASSEST DIAGRAM for the following case study - The Smart Grid, a pivotal technology underpinning modern energy infrastructure, integrates various communication networks to enhance its efficiency and responsiveness [1]. Predominantly, it comprises three primary networks: the Home Area Network (HAN), Neighbor Area Network (NAN), and Wide Area Network (WAN) [8]. Recent research elucidates the configurations of these networks, especially the HAN [3]. One proposed architecture involves a smart meter directly monitoring household appliances to optimize grid management [5]. A notable limitation of this approach is the requirement for all devices to employ a uniform networking protocol, potentially leading to compatibility issues [4]. To address these concerns, an alternative architecture has been proposed [8]. Here, devices interface with the smart meter through a gateway, which acts as a mediator [6]. This design allows for diverse communication protocols, enhancing system flexibility. Figure 1 shows a simplified model of the Smart Grid communication network, factoring in the gateway mechanism [7]. In this representation, each household mirrors a house in the actual power grid. The model further groups these households into discrete clusters, analogous to the clustering of residences in the real-world grid. Each household in this model incorporates five smart appliances: a smart TV, thermostat, robot vacuum cleaner, light, and an IP camera. The gateway, situated within each household, processes messages from these appliances, selectively forwarding pertinent data to the smart meter. This data then travels to the area concentrator. The model features five such concentrators, each corresponding to distinct areas: A through E. These concentrators relay the information to a central concentrator. Subsequently, the aggregated data converges at the SCADA system, which, for the context of this study, remains outside the scope of discussion [13]. For organizational coherence, every device or node possesses a unique ID, derived from a combination of device type, area, and household number. For instance, a smart TV in the first house of area A would be labeled as TVA1. By extension, other devices in the same household would have labels such as ThermostatA1, CleanerA1, and so forth. The area-specific concentrators are denoted as ConcentratorA to ConcentratorE, and the central entity is labeled as the Central Concentrator. The data flowing through the Smart Grid's communication networks offers manifold utilities [4]. Utility companies can leverage this data for demand forecasting, ensuring grid reliability, and fostering efficient energy distribution [6]. Moreover, the data can inform dynamic pricing models, facilitate remote grid monitoring, and enhance customer service [9]. Additionally, the data can guide infrastructure development, bolster security measures, and aid in the integration of renewable energy sources [7]. Ensuring the confident.

Can u give a CORAS ASSEST DIAGRAM for the following case study - The.pdf

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C++ code, please help! Troubleshooting and cannot for the life of me figure it out. I am using Visual Studio Code. Error message: ld: Undefined symbols: parseName(std::__1::basic_stringstream, std::__1::allocator>&), referenced from: parseAssignments(std::__1::basic_stringstream, std::__1::allocator>&) in module-a187a7.o SymbolTable::init(), referenced from: _main in module-a187a7.o parseAssignments(std::__1::basic_stringstream, std::__1::allocator>&) in module-a187a7.o SymbolTable::insert(std::__1::basic_string, std::__1::allocator>, int), referenced from: parseAssignments(std::__1::basic_stringstream, std::__1::allocator>&) in module-a187a7.o SubExpression::parse(std::__1::basic_stringstream, std::__1::allocator>&), referenced from: _main in module-a187a7.o clang: error: linker command failed with exit code 1 (use -v to see invocation) [Done] exited with code=1 in 1.478 seconds divide.h class Divide : public SubExpression { public: //define the default construtor Divide(Expression* left, Expression* right) : SubExpression(left, right) { } //define the function evaluate() int evaluate() { //divide the value of left and value of the right //and return the value. return left->evaluate() / right->evaluate(); } }; expression.h // Expression class Expression { public: //declare a virtual function evaluate() virtual int evaluate() = 0; }; literal.h //Operand class Literal : public Operand { public: //define the construtor Literal(int value) { this->value = value; } //define the function evaluate() //returns the value int evaluate() { return value; } private: int value; }; minus.h //define the class Minus subclass of the SubExpression class Minus : public SubExpression { public: //define the default construtor Minus(Expression* left, Expression* right) : SubExpression(left, right) { } //define the function evaluate() int evaluate() { //subtract the value of right from the value of the left //and return the value. return left->evaluate() - right->evaluate(); } }; module.cpp #include #include #include #include #include using namespace std; #include "expression.h" #include "subexpression.h" #include "symboltable.h" #include "parse.h" //create an object of SymbolTable SymbolTable symbolTable; //prototype of the function void parseAssignments(stringstream& in); //define main function int main() { // declare the variables Expression* expression; char paren, comma; string line; // create an input file stream ifstream fin("input.txt"); // check, if the file is not opened //then display a error message if (!fin.is_open()) perror("error while opening file"); //use a loop, to read the content from the file while (getline(fin, line)) { symbolTable.init(); if (!fin) break; stringstream in(line, ios_base::in); in >> paren; cout << line << " "; expression = SubExpression::parse(in); in >> comma; //call the function parseAssignments(in); //Display the result int result = expression->evaluate(); cout << "Value = " << result << endl; } system("pause"); return 0; } /.

C++ code, please help! Troubleshooting and cannot for the life of me.pdf

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BUsiness law 9.3 Implied-in-Fact Contract For six years, Lee Marvin, an actor, lived with Michelle Marvin. They were not married. At the end of six years, Lee Marvin compelled Michelle Marvin to leave his household. He continued to support her for another year but thereafter refused to provide further support. During their time together, Lee Marvin earned substantial income and acquired property, including motion-picture rights worth more than $1 million. Michelle Marvin brought an action against Lee Marvin, alleging that an implied-in-fact contract existed between them and that she was enti-tled to half of the property that they had acquired while living together. She claimed that she had given up a lucrative career as an entertainer and singer to be a full-time companion, homemaker, housekeeper, and cook. Marvin v. Marvin, 18 Cal.3d 660, 557 P.2d 106, 134 Cal.Rptr. 815, Web 1976 Cal. Lexis 377 (Supreme Court of California) question Dont get hung up on the value. First prove there was a contract then the value can be debated later. There are three things that must happen to have an implied in fact contract. Did these things happen?.

BUsiness law9.3 Implied-in-Fact Contract For six years, Lee Marvin.pdf

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