-1 where M is the modulus of the congruence. If there is more than one solution,...
(1 pt) Solve each of the following congruences. Make sure that the number you enter is in the range 10, M – 1 where M is the modulus of the congruence. If there is more than one solution, enter the answer as a list separated by commas. If there is no answer, enter N. (a) 38.r = 1 (mod 273) x= (b) 183.x = 123 (mod 273) x =
Question 23 Find the solutions for the following equation. If there is more than one solution, list them separated by commas. For example, if you found 1, you would enter 1,1 or Provide your answer below: FEEDBACK
1. (Complex Multiplication) Let E : y x3 y23 to this congruence mod p. So for example, #E(Z3) = 3 because we have the solutions (0, 0), (1,0) and (2,0) and no more. - x. Then we can reduce E mod p to get mod p for various primes p. We write #E(Z») for the number of solutions This particular equation has some miraculous explore here patterns we (a) Make a chart that lists p, #E(Zp), and #E(Z) - p...
Item 1 < 1017 .. Review -Part A Two pairs of charges are shown in Figure 1) At which point or points is the electi field ze in (Figure 1)(a)? Enter the number or numbers of the points, separated by commas if there are more than one. Enter 0 if there are no points where the field is zero. Submit Part B Figure At which point or points is the electric field zero in (Figure 1(b)? Enter the number or...
Where (for what values of x) does the rational function (x t 48)2 (x + 24)(x - 59) (x - 71) f(x) =-19( have: If there are more than one answer; list the answers separated by commas (a) holes at x -DNE (b) vertical asvmptotes at x - 丼 Entry tip: Enter DNE if none. Where (for what values of x) does the rational function (x t 48)2 (x + 24)(x - 59) (x - 71) f(x) =-19( have: If...
LICCI |Unlimited attempts. Use inverse trigonometric functions to solve the following equations. If there is more than one solution, enter all solutions as a comma-separated list (like "1, 3"). If an equation has no solutions, enter "DNE" a. Solve 5 sin(e) = 1 for 0 (where 00 < 2T). 0 Preview b. Solve 9 sin(0) = 9 for 0 (where 0 0< 2n). Preview 13 for 0 (where 0 < 0 < 2m). c. Solve 7 sin(0) Preview Submit Question...
Solve for x. logs (x-6)= 1- logs (x-2) If there is more than one solution, separate them with commas. If there is no solution, click on "No solution". No DO.... Solution XS ?
6.32 Theorem. If k and n are natural numbers with (k, d(n)) =I, then there exist positive integers u and v satisfving ku=(n)u The previous theorem not only asserts that an appropriate exponent is always availahle, but it also tells us how to find it. The numbers u and are solutions lo a lincar Diophantine cquation just like those we studied in Chapter 6.33 Exercisc. Use your observations so far to find solutions to the follow ing congruences. Be sure...
SUM18HW18: Problem 6 Previous Problem Problem List Next Problem (1 point) Solve the following equation in the interval [0, 2 ) Note: Give the answer as a multiple of Do not use decimal numbers. The answer should be a fraction or an integer. Note that is already included in the answer so you just have to enter the appropriate multiple Eg. if the answer is 2/2 you should enter 1/2 If there is more than one answer enter them separated...
someone please help Let U be the universal set, where: U = {1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17) Let sets A, B, and C be subsets of U, where: A = {1, 3, 4, 5, 12, 14, 15) B = {1, 2, 7, 13} C = {3, 7, 10, 14, 16} Find the following: LIST the elements in the set A U : AU = { Enter the elements...