1) a. Given the sets A= {0, 1, 4, 5) and B = {1, 4): Draw a Venn diagram of A and B using the universal set U = {0, 1, 2, ..., 8). b.Graph A on the number line. 2) Rewrite in an English sentence using the words 'all' or 'not all': (whole number multiples of 6) {even whole numbers). 1. {square whole numbers} = {even whole numbers). 2. 3) Check the surjectivity of f:Z+Z given by f(x)=x2, where Z is a set of real integers. 4) To access a safe requires selecting 4 numbers in the correct order between 1 and 60. Calculate the number of different possible combinations. 5) The letters of the word 'MISSISSIPPI' are to be arranged in a row. Calculate the number of ways this can be done if: there are no restrictions. a. there are no restrictions. b. the S's are to be together. c. the P's are to be separated. 1) a. Given the sets A = {0, 1, 4, 5) and B = {1, 4): Draw a Venn diagram of A and B using the universal set U = {0, 1, 2, ..., 8). b.Graph A on the number line. 2) Rewrite in an English sentence using the words 'all' or 'not all': (whole number multiples of 6} = {even whole numbers). 1. {square whole numbers) (even whole numbers). 2. 3) Check the surjectivity of f:Z+Z given by f(x)=x2, where Z is a set of real integers. 4) To access a safe requires selecting 4 numbers in the correct order between 1 and 60. Calculate the number of different possible combinations. 5) The letters of the word 'MISSISSIPPI' are to be arranged in a row. Calculate the number of ways this can be done if: there are no restrictions. a. there are no restrictions. b. the S's are to be together. c. the P's are to be separated. 1) a. Given the sets A = {0, 1, 4, 5) and B = {1, 4): Draw a Venn diagram of A and B using the universal set U = {0, 1, 2, ..., 8). b.Graph A on the number line. 2) Rewrite in an English sentence using the words 'all' or 'not all': (whole number multiples of 6) {even whole numbers). 1. {square whole numbers) {even whole numbers). 2. 3) Check the surjectivity of f:Z+Z given by f(x)=x2, where Z is a set of real integers. 4) To access a safe requires selecting 4 numbers in the correct order between 1 and 60. Calculate the number of different possible combinations. 5) The letters of the word 'MISSISSIPPI' are to be arranged in a row. Calculate the number of ways this can be done if: there are no restrictions. a. there are no restrictions. b. the S's are to be together. c. the P's are to be separated.