Yeah, but a substantial amount of problems that are dealt with through computers _do_ require mathematical tools beyond that.
Statistics, for example, appears in any non-trivial computer science problem, like network congestion, analyzing proper parameters for algorithms, probabilities of getting lock contention, distribution of dispatched instructions, audio psychoacoustics, etc.
Computer vision and graphics programming requires a solid foundation of linear algebra and geometry.
In short, those tools are pretty necessary if you want to approach computer science as a science and as a tool for engineering beyond the very basics.
Statistics, for example, appears in any non-trivial computer science problem, like network congestion, analyzing proper parameters for algorithms, probabilities of getting lock contention, distribution of dispatched instructions, audio psychoacoustics, etc.
Computer vision and graphics programming requires a solid foundation of linear algebra and geometry.
In short, those tools are pretty necessary if you want to approach computer science as a science and as a tool for engineering beyond the very basics.