Apma 1650 Study guides, Class notes & Summaries

x ∈ Sx is an element of S A ⊆ S or A ⊂ S, if we know that A ̸= S (⊆ notation is analogous to ≤)a is a subset of S/ an event a is any subset of S |S|Cardinality of S. The number of elements in S ∅ = {}The empty set, Every set S contains at least two subsets∅ and S Sample space SSet of all outcomes of a particular experiment A simple event, E = {x}a single element of S

Union A subset of S containing all elements A, or B, or both A and B. P that either B, or A, or both A and B occur Intersection A subset of S containing all elements in both A and B. P that both A and B occur Complement A subset of S containing elements not in A. P that A does not occur Disjoint Both A and B have no elements in common. A and B cannot occur simultaneously Finite Uniform Distribution Determine the sample space Count the sample space S. Determine event A. Count the even...

nion - A subset of S containing all elements A, or B, or both A and B. P that either B, or A, or both A and B occur Intersection - A subset of S containing all elements in both A and B. P that both A and B occur Complement - A subset of S containing elements not in A. P that A does not occur Disjoint - Both A and B have no elements in common. A and B cannot occur simultaneously Finite Uniform Distribution - Determine the sample space Count the sample space S. Determine event A. Count the...

APMA_1650_Recitation_Solutions_2_28_

All of the lecture notes for APMA 1650 taught at Brown University in 2019 Fall. Clear and understandable.