Answer: n(AuB) = n(A) + n (B) -n(AnB) —————-(1) We have n(AnB) = 25 and n(A-B) = 18 With these 2 we can calculate n(A) n(A-B) = n(A) – n(AnB) 18 = n(A) – 25 => n(A) = 18 + 25 = 43 now to calculate n(B) we can substitute all the values in equation 1 70 = 43+ n(B) – 25 70 = n(B) + 18 n(B) = 70–18 = 52 Reply
Answer: mark me as brainlist Step-by-step explanation: We have n(AnB) = 25 and n(A-B) = 18 With these 2 we can calculate n(A) n(A-B) = n(A) – n(AnB) 18 = n(A) – 25 => n(A) = 18 + 25 = 43 now to calculate n(B) we can substitute all the values in equation 1 70 = 43+ n(B) – 25 70 = n(B) + 18 n(B) = 70–18 = 52 Reply
Answer:
n(AuB) = n(A) + n (B) -n(AnB) —————-(1)
We have n(AnB) = 25 and n(A-B) = 18
With these 2 we can calculate n(A)
n(A-B) = n(A) – n(AnB)
18 = n(A) – 25
=> n(A) = 18 + 25 = 43
now to calculate n(B) we can substitute all the values in equation 1
70 = 43+ n(B) – 25
70 = n(B) + 18
n(B) = 70–18 = 52
Answer:
mark me as brainlist
Step-by-step explanation:
We have n(AnB) = 25 and n(A-B) = 18
With these 2 we can calculate n(A)
n(A-B) = n(A) – n(AnB)
18 = n(A) – 25
=> n(A) = 18 + 25 = 43
now to calculate n(B) we can substitute all the values in equation 1
70 = 43+ n(B) – 25
70 = n(B) + 18
n(B) = 70–18 = 52