Concepts can be mathematical.Logical form[⟨det (plur concept.n)⟩ mathematical.a]Learned from2 052 sentences. A theory can be mathematical.Logical form[⟨det theory.n⟩ mathematical.a]Learned from1 799 sentences. Methods can be mathematical.Logical form[⟨det (plur method.n)⟩ mathematical.a]Learned from1 315 sentences. Ideas can be mathematical.Logical form[⟨det (plur idea.n)⟩ mathematical.a]Learned from1 302 sentences. Techniques can be mathematical.Logical form[⟨det (plur technique.n)⟩ mathematical.a]Learned from1 279 sentences. Skills can be mathematical.Logical form[⟨det (plur skill.n)⟩ mathematical.a]Learned from1 209 sentences. Calculations can be mathematical.Logical form[⟨det (plur calculation.n)⟩ mathematical.a]Learned from1 089 sentences. Knowledge can be mathematical.Logical form[⟨det knowledge.n⟩ mathematical.a]Learned from1 061 sentences. Tools can be mathematical.Logical form[⟨det (plur tool.n)⟩ mathematical.a]Learned from1 050 sentences. Research can be mathematical.Logical form[⟨det research.n⟩ mathematical.a]Learned from891 sentences. Functions can be mathematical.Logical form[⟨det (plur function.n)⟩ mathematical.a]Learned from848 sentences. A reasoning can be mathematical.Logical form[⟨det reasoning.n⟩ mathematical.a]Learned from746 sentences. Operations can be mathematical.Logical form[⟨det (plur operation.n)⟩ mathematical.a]Learned from708 sentences. A background can be mathematical.Logical form[⟨det background.n⟩ mathematical.a]Learned from692 sentences. A description can be mathematical.Logical form[⟨det description.n⟩ mathematical.a]Learned from666 sentences.