
Hello. I'd like to check my answer for 1. (g)
$\forall$ x $\in$ A, P(x), $\forall$ y $\in$ A, C(y) $\wedge$ F(y), $\forall$ z $\in$A, C(z), T(x, y) $\implies$ T(x, z)
Is this correct?
Thank you

Hello. I'd like to check my answer for 1. (g)
$\forall$ x $\in$ A, P(x), $\forall$ y $\in$ A, C(y) $\wedge$ F(y), $\forall$ z $\in$A, C(z), T(x, y) $\implies$ T(x, z)
Is this correct?
Thank you
Copyright © 2021 JogjaFile Inc.
I'd suggest the use of parentheses to help disambiguate the scope of each quantified variable, replacing some of the commas. You also need a connective following $C(z)$. Here is my suggested translation:
$$\forall x \in A, \Big(\{P(x) \land \forall y \in A, [(C(y)\land F(y)) \rightarrow T(x, y)]\}\rightarrow \forall z \in A, (C(z) \rightarrow T(x,z))\Big)$$
This essentially reads,
"for all x in the domain, IF [x is a professor such that, for all y in the domain, if (y is a first-year- (and) y is a course) then (x has taught y)), THEN, for all z in the domain, if z is a course, it follows that x has taught z.