Not really. Assuming you're taking algebra-based physics there's not really that much math involved. You have to know how to plug numbers into equations, how to manipulate equations (i.e. F = ma can be rewritten as F/a = m etc.), very limited trig. (i.e. sin/cos/tan and how they relate to triangles), and how to solve algebraic systems of equations given two formulas with the same unknown. That's the extent of the math you'll need to know for physics.
Precalc, or how it was taught at my high school, had a lot to do with function analysis and stuff like that. For example, graphing things like 4x^4 + 3x^2 + 2x + 1 by hand, finding the max/min and the concavity of functions (which actually relates a lot to physics but more calc-based), graphing things like hyperbolas, ellipses, etc., more advanced methods of factoring, and stuff like that. I don't know your college's curriculum for precalc but I bet very little of what you learn in precalc will be necessary/help for physics.
I learned precalc in a very systematic way. There was always a set of steps to follow for every problem, and as long as you remember the steps to take you were fine. However I did take it in a high school setting and not in college. However physics typically took a lot more intuition. Problems typically took a series of steps/equations and manipulations to those equations to arrive at the correct answer.
tl;dr they're completely different classes with little overlap
