Symbolize the statement: Gail will take a Latin class or a psychology class if and only if she is a history major. with the simple statements p -- Gail is a history major q-- Gail takes a Latin class T-- Gail takes a psychology class Use the toolbar that pops up when you click the answer box to enter logic symbols. The computer uses the symbol instead of and instead of . Check Answer

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## Symbolizing Logical Statements

### Problem Statement
Symbolize the following statement:
"**Gail will take a Latin class or a psychology class if and only if she is a history major.**"

### Given Simple Statements
- **p**: Gail is a history major
- **q**: Gail takes a Latin class
- **r**: Gail takes a psychology class

### Instructions
Use the toolbar that appears when you click the answer box to enter logical symbols. The computer uses the following symbols:
- **→** instead of →
- **⇔** instead of ↔

### Solution
To symbolize the given statement using the provided simple statements, we recognize that we need to use logical equivalence (↔) for the phrase "if and only if." Our statement involves both **q** (Latin class) and **r** (psychology class) combined with an OR operation.

The symbolic form would be:

\[
(q \lor r) \leftrightarrow p
\]

This represents: 
_(Gail will take a Latin class or a psychology class) if and only if she is a history major_.

**Graphical Explanation**:
The relationship between the variables **p**, **q**, and **r** is charted using logical symbols:
1. **q ∨ r** implies that either **q** (Latin class) or **r** (psychology class) can occur.
2. **q ∨ r ⇔ p** signifies that the occurrence of either **q** or **r** is logically equivalent to **p** (Gail being a history major).

### Check Solution
The interface provides a textbox for input and a "Check Answer" button to validate if the entered symbolic relationship is correct. Ensure the correct logical syntax is used as per the instructions.

---

This symbolization exercise is an essential part of understanding how to convert natural language statements into formal logic, which is crucial in fields like mathematics, computer science, and philosophy.
Transcribed Image Text:## Symbolizing Logical Statements ### Problem Statement Symbolize the following statement: "**Gail will take a Latin class or a psychology class if and only if she is a history major.**" ### Given Simple Statements - **p**: Gail is a history major - **q**: Gail takes a Latin class - **r**: Gail takes a psychology class ### Instructions Use the toolbar that appears when you click the answer box to enter logical symbols. The computer uses the following symbols: - **→** instead of → - **⇔** instead of ↔ ### Solution To symbolize the given statement using the provided simple statements, we recognize that we need to use logical equivalence (↔) for the phrase "if and only if." Our statement involves both **q** (Latin class) and **r** (psychology class) combined with an OR operation. The symbolic form would be: \[ (q \lor r) \leftrightarrow p \] This represents: _(Gail will take a Latin class or a psychology class) if and only if she is a history major_. **Graphical Explanation**: The relationship between the variables **p**, **q**, and **r** is charted using logical symbols: 1. **q ∨ r** implies that either **q** (Latin class) or **r** (psychology class) can occur. 2. **q ∨ r ⇔ p** signifies that the occurrence of either **q** or **r** is logically equivalent to **p** (Gail being a history major). ### Check Solution The interface provides a textbox for input and a "Check Answer" button to validate if the entered symbolic relationship is correct. Ensure the correct logical syntax is used as per the instructions. --- This symbolization exercise is an essential part of understanding how to convert natural language statements into formal logic, which is crucial in fields like mathematics, computer science, and philosophy.
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