Which of the following p-values show that there is no enough evidence to support Null-hypothesis: p-value=0.19 p-value=0.07 p-value = 0.04 p-value=0.11

20 observations in the table below are used to train a Naïve Bayes model, and then a prediction is made to a new observation X(C, S) having X1=C and X2=S. Obs 14 2- 3 45 6- 7- 8- 9 10 11 12 13 14 15 16 17 18 19 20 X1e A A A A A B B- B- B Be Ce Ce Ce Ce Ce De DE De DE De X2e se M M S se se M M Le Le Le Me M L- Le se Me Le se Me Ye 04 0- 1e 14 04 04 0 1e 14 1e 1e 1e 1e 1e 0e 0 1e 1e 14 0eE (a) By applying Laplace Smoothing with Laplace-k estimate k=2, calculate the following: - P(Y=1) = ? P(X1=A|Y=1) = ? P(X1=A|Y=0) = ? P(X2=S|Y=1) = ? P(X2=M[Y=0) = ? P(Y=0) = ? P(X1=B|Y=1) = ? P(X1=C|Y=1) =? P(X1=B|Y=0) = ? P(X1=C[Y=0) = ? P(X2=M|Y=1) = ? P(X2=L[Y=1) =? P(X2=L[Y=0) = ?e P(X1=D[Y=1) = ?« P(X1=D|Y=0) = ?« P(X2=S|Y=0) = ?H (b) Does the new observation X(C, S) belong to class Y=0 or Y=1? You must show your working steps in answering this question.

Schnorr's Zero Knowledge ID.  Prime modulus of 9257 and Generator of 17,  Alice claims the ID 5117 is hers. She provides a commitment (t) of 7799. We send a challenge (c) of 679 to Alice. She sends a response (s) of 7787. Is she the owner of the ID?   What left and right values did we calculate?   Question 14 options:   3424 and 3232   1238 and 1230   54354 and 7787   4833 and 4833

The price of a certain combo meal at different franchises of a national fast food company varies from $5.00 to $17.38 and has a known standard deviation of $2.13. A sample of 29 students in an online course that includes students across the country stated that their average price is $5.75. The students have also stated that they are generally unwilling to pay more than $6.50 for this meal. Formulate and conduct a hypothesis test to determine if you can conclude that the population mean is less than $6.50. Use a level of significance of 0.05. Is there sufficient evidence at the 0.05 level of significance that the population mean is less than $6.50? Determine the null hypothesis, Ho, and the alternative hypothesis, H,. Họ: H 6.50 < 6.50 (Type integers or decimals. Do not round.) Compute the test statistic. - 1.90 (Round to two decimal places as needed.) Find the p-value for the test. (Round to three decimal places as needed.)