Consider the following sets. The universal set for this problem is N. A = The set of all even numbers. B = The set of all prime numbers. C = The set of all perfect squares. D = The set of all multiples of 10. Using only the symbols 3, A, B, C, D, N, E, ≤, , , , u, x,, Ø, (, and ), write the following statements in set notation. (a) None of the perfect squares are prime numbers. OBUC=0 OC'EB O C# B O CEB OBnс=0 (b) All multiples of 10 are even numbers. OAED O ANDØ ODSA O A=D O a ED (c) The number 3 is a prime number that is not even. O 3 € B and 3 € A O 3E (BNA)' O 3€ (BUA)' О ЗЕВПА O 3EAU B' (d) If you take all the prime numbers, all the even numbers, all the perfect squares, and all the multiples of 10, you still won't have O (AUBUCUD) EN O (ANBNCND) ≤ N O (AUBUCUD)' SØ O (ANBNCND)' = 0 O (AUBUCUD)' = 0

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section: Chapter Questions
Problem 64RE
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Consider the following sets. The universal set for this problem is N.
A = The set of all even numbers.
B = The set of all prime numbers.
C = The set of all perfect squares.
D = The set of all multiples of 10.
Using only the symbols 3, A, B, C, D, N, €, ≤, =, ‡, Ñ, U, ×, ', Ø, (, and ), write the following statements in set notation.
(a) None of the perfect squares are prime numbers.
OBUC=0
O C'EB
O C# B
OC≤B
OBNс=Ø
(b) All multiples of 10 are even numbers.
OASD
O ANDØ
O DE A
O A=D
O a ED
(c) The number 3 is a prime number that is not even.
O 3 EB and 3 € A
O 3€ (BNA)'
O 3E (BUA)'
О ЗЕВПА
O 3EAU B'
(d) If you take all the prime numbers, all the even numbers, all the perfect squares, and all the multiples of 10, you still won't have all the natural numbers.
O (AUBUCUD) EN
O (ANBN CND) ≤ N
O (AUBUCUD)' = Ø
O (ANBN CND)' = 0
O (AUBUCUD)' ‡ Ø
Transcribed Image Text:Consider the following sets. The universal set for this problem is N. A = The set of all even numbers. B = The set of all prime numbers. C = The set of all perfect squares. D = The set of all multiples of 10. Using only the symbols 3, A, B, C, D, N, €, ≤, =, ‡, Ñ, U, ×, ', Ø, (, and ), write the following statements in set notation. (a) None of the perfect squares are prime numbers. OBUC=0 O C'EB O C# B OC≤B OBNс=Ø (b) All multiples of 10 are even numbers. OASD O ANDØ O DE A O A=D O a ED (c) The number 3 is a prime number that is not even. O 3 EB and 3 € A O 3€ (BNA)' O 3E (BUA)' О ЗЕВПА O 3EAU B' (d) If you take all the prime numbers, all the even numbers, all the perfect squares, and all the multiples of 10, you still won't have all the natural numbers. O (AUBUCUD) EN O (ANBN CND) ≤ N O (AUBUCUD)' = Ø O (ANBN CND)' = 0 O (AUBUCUD)' ‡ Ø
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