2. (16 pts) Use binary modular exponentiation to find 45 mod 84. (Use either table approach...

2. (16 pts) Use binary modular exponentiation to find 45 mod 84. (Use either table approach taught in slides or the pseudocode algorithm.)

3. (20 pts) Use the Euclidean Algorithm to find the greatest common divisor of the integers

Expert Solution

Colby Messinger answered 2 years ago

use algorithm modular exponentiation to find 11^644 mod 645

Problem set 2: use the following table to answer questions 4-7 (40 pts total): # of...

Problem set 2: use the following table to answer questions 4-7 (40 pts total): # of children Frequencies 0 472 1 218 2 175 3 320 4 187 5 128 6 47 7 33 8 20 N 1,600 Please find the mean for numbers of children in this distribution (20 pts). # of children Frequencies How many # of children in each category: # of Children * Freq. in each column 0 472 0*472=0 1 218 2 175 3 320...

Use the appropriate table to find the following chi-square value: for df = 2.

use the following contingency table a b c total 1 15 30 45 90 2 40...

use the following contingency table a b c total 1 15 30 45 90 2 40 45 50 135 total 55 75 95 225 a. compute the expected frequency for each cell b. compute x^2stat. is it significant at a=0.01

Use Table A.2, Appendix A, to find the values of the following binomial distribution problems. Round...

Use Table A.2, Appendix A, to find the values of the following binomial distribution problems. Round your answers to 3 decimal places. a. P(x = 12 | n = 20 and p = 0.60) = enter the probability of the 12th outcome if 0.60 of a random sample of 20 is taken b. P(x < 5 | n = 10 and p = 0.50) = enter the probability of fewer than 5 outcomes if 0.50 of a random sample of...

Use synthetic division to find the quotient and the remainder. (2b^4-6b^3+3b+16)/(b-2)

use the given zero to find the remaining zeros of each polynomial function 23. f(x)=x^3-4x^2+4x-16; zero;...

use the given zero to find the remaining zeros of each polynomial function 23. f(x)=x^3-4x^2+4x-16; zero; 2i 27. x^4-9x^3+21x^2+21x-130; zero: 3-2i Find the complex zeroes of each polynomial function. Write f in factored form. 35. f(x)=x^4+5x^2+4 I tried using Descarte's rule for questions 23 and 27, but I don't what to do after that. Also, after you explain the steps I need to solve the question, could you help understand why these steps are necessary?

3. Use Matlab to find the partial fraction expansion of the functions below. a) F(s)=16(s+2)/((s+4)(s2+6s+9)) show...

3. Use Matlab to find the partial fraction expansion of the functions below. a) F(s)=16(s+2)/((s+4)(s2+6s+9)) show your Matlab commands and answers in the space below b) F(s)=(s2+2s+2)/((s+1)2(s+4)2) show your Matlab commands and answers in the space below

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