Consider the following grammar: stmt -> if expr then expr else expr; stmt | ò expr -> term relop term | term term -> id | number id -> a | b | c number -> [0-9] where relop is a relational operator (e.g., <, >, ...), ò refers to the empty statement, and if, then, else are terminals. Consider a program $P$ following the above grammar containing ten if terminals. The number of control flow paths in $P$ is __________. For example, the program if e_1 then e_2 else e_3 has 2 control flow paths, $e_1 \rightarrow e_2$ and $e_1 \rightarrow e_3$.

Consider the following grammar: stmt -> if expr then expr else expr; stmt | ò expr -> term relop term | term term -> id | number id -> a | b | c number -> [0-9] where relop is a relational operator (e.g., <, >, ...), ò refers to the empty statement, and if , then , else are terminals. Consider a program P following the above grammar containing ten if terminals. The number of control flow paths in P is … For example, the program if e1 then e2 else e3 has 2 control flow paths, e1 e2 and e1 e3.

Topic-wise GATE CS PYQs with verified steps