How can I construct a Fitch style proof to prove this? I have tried
- B $\rightarrow$ C
- A $\land$ B
- B $\quad\quad$ $\land$ Elim: $2$
- C $\quad\quad$ $\rightarrow$ Elim: $1,3$
$5$. (A $\land$ B) $\rightarrow$ C $\quad\quad$ $\rightarrow$ Intro: $2-4$
How can I construct a Fitch style proof to prove this? I have tried
- B $\rightarrow$ C
- A $\land$ B
- B $\quad\quad$ $\land$ Elim: $2$
- C $\quad\quad$ $\rightarrow$ Elim: $1,3$
$5$. (A $\land$ B) $\rightarrow$ C $\quad\quad$ $\rightarrow$ Intro: $2-4$
You may want to indicate what kind of Elim and Intro you do:
Line 3 is an $\land$ Elim
Line4 is an $\rightarrow$ Elim
line 5 is an $\rightarrow $ Intro
Otherwise perfect!