5-Question Learned Quiz — Class 4.2: Data Primitives 101: Strings, Numbers, and Booleans

1. In Class 4.2 ('Data Primitives 101: Strings, Numbers, and Booleans'), how does a data entry in a static Google Sheet differ from that same data inside an active runtime?

A) In a Google Sheet it sits completely passive and static, whereas in an active runtime it is dynamically manipulated and actively executing a task. B) Google Sheets cannot store numbers. C) Active runtimes cannot store text.

2. In Class 4.2, how do 'string' data primitives function inside a legal contract clause?

A) Strings hold text characters like entity names and addresses—literally casting the actors in our contractual play. B) Strings perform interest rate multiplication. C) Strings only store binary 1s and 0s.

3. What role do 'number' data primitives play in Class 4.2's mapping of legal drafting to code?

A) They represent exact quantitative values such as payment amounts ($500), percentages, and deadlines. B) They store the narrative recitals of the contract. C) They replace party signatures.

4. How does Class 4.2 define a 'Boolean' data primitive and its role in a contract?

A) A strict True or False value that acts as the conditional trigger determining whether a contractual obligation or event executes. B) A paragraph of ambiguous legal prose. C) A list of courthouse addresses.

5. In Section 4 of Class 4.2 ('Assignment vs. Equality'), how does 'Let the buyer equal John' (`buyer = 'John'`) differ from checking equality (`==`)?

A) Single equals (`=`) assigns/declares a fact by placing 'John' into the `buyer` variable right-to-left, while double equals (`==`) tests whether two values are equal. B) Single equals tests equality and double equals deletes the variable. C) Both symbols mean the exact same thing.

5-Question Learned Quiz — Class 4.2: Data Primitives 101: Strings, Numbers, and Booleans