Step 1: Understanding the logical statements
We are given the following propositions:
- \( p \): It is raining today,
- \( q \): I go to school,
- \( r \): I shall meet my friends,
- \( s \): I shall go for a movie.
Step 2: Interpreting the statement
The given statement is: "If it does not rain or if I do not go to school, then I shall meet my friends and go for a movie." This can be broken down as follows:
- "If it does not rain" is \( \neg p \),
- "If I do not go to school" is \( \neg q \),
- "Then I shall meet my friends" is \( r \),
- "Then I shall go for a movie" is \( s \).
The logical structure of this statement is:
\[
\neg p \vee \neg q \Rightarrow (r \wedge s)
\]
This means that if either it does not rain or I do not go to school, then both \( r \) (meeting my friends) and \( s \) (going for a movie) will happen.
Step 3: Simplifying the expression
We can simplify the left-hand side of the implication:
\[
\neg p \vee \neg q = \neg (p \wedge q)
\]
Thus, the statement becomes:
\[
\neg (p \wedge q) \Rightarrow (r \wedge s)
\]
Step 4: Final Answer
The correct representation is:
\( \neg (p \wedge q) \Rightarrow (r \wedge s) \)