QII A] Complete the following activities:
1. A 14 card is drawn from a well shuffled pack of 52 playing cards. Find the
probability that the card drawn is a face card.
Solution: Let 'S' be the sample spacce
n (s) O
Event A: card draw is a face card
Total face card =
n (A)=
n -
n(A) P (A) =F n (S)
Answers
Step-by-step explanation:
Suppose 'S' is sample space.
Suppose 'S' is sample space.∴n(S)=52
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards =
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)=
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)=
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A)
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A)
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A)
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A)
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A) -formula
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A) -formula∴p(A)=
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A) -formula∴p(A)= 52
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A) -formula∴p(A)= 5226
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A) -formula∴p(A)= 5226
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A) -formula∴p(A)= 5226
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A) -formula∴p(A)= 5226 ∴p(A)=
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A) -formula∴p(A)= 5226 ∴p(A)= 2
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A) -formula∴p(A)= 5226 ∴p(A)= 21
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A) -formula∴p(A)= 5226 ∴p(A)= 21
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A) -formula∴p(A)= 5226 ∴p(A)= 21
Suppose 'S' is sample space.∴n(S)=52Event A : Card drawn is a red card.∴ Total red cards = 13 hearts +13 diamonds∴n(A)= 26 ∴p(A)= n(s)n(A) -formula∴p(A)= 5226 ∴p(A)= 21