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Question

at the beginning of our exposition there must be mathematical words or symbols which we do not deﬁne in terms of others but merely take as given: they are called [...]. And proof must start somewhere, just as deﬁnition must. If we are to avoid an inﬁnite regress, there must be some propositions that are not proved but can be used in the proofs of the theorems. Such propositions are called axioms

Answer

primitives

Question

at the beginning of our exposition there must be mathematical words or symbols which we do not deﬁne in terms of others but merely take as given: they are called [...]. And proof must start somewhere, just as deﬁnition must. If we are to avoid an inﬁnite regress, there must be some propositions that are not proved but can be used in the proofs of the theorems. Such propositions are called axioms

Answer

?

Question

at the beginning of our exposition there must be mathematical words or symbols which we do not deﬁne in terms of others but merely take as given: they are called [...]. And proof must start somewhere, just as deﬁnition must. If we are to avoid an inﬁnite regress, there must be some propositions that are not proved but can be used in the proofs of the theorems. Such propositions are called axioms

Answer

primitives

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at the beginning of our exposition there must be mathematical words or symbols which we do not deﬁne in terms of others but merely take as given: they are called primitives. And proof must start somewhere, just as deﬁnition must. If we are to avoid an inﬁnite regress, there must be some propositions that are not proved but can be used in the proofs of the

#### Original toplevel document (pdf)

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at the beginning of our exposition there must be mathematical words or symbols which we do not deﬁne in terms of others but merely take as given: they are called primitives. And proof must start somewhere, just as deﬁnition must. If we are to avoid an inﬁnite regress, there must be some propositions that are not proved but can be used in the proofs of the

status | not learned | measured difficulty | 37% [default] | last interval [days] | |||
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repetition number in this series | 0 | memorised on | scheduled repetition | ||||

scheduled repetition interval | last repetition or drill |

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