Determine if
has a solution. Please don't pick a number for solving.
Determine if has a solution. Please don't pick a number for solving. r = 13118 mod...
please answer question #5 and show steps
5. Solving Quadratics (mod p). Use #1 (a) above and the quadratic formula (mod p) to find a pair of solutions (if possible) for each of the following quadratic equations (1), 2r2 +3 -4- (mod 7) (ii), 3r2-2r +1 0 (mod 19) (ii). 3z2 2r -0 (mod 23) 1. Euler's Criterion. (a). Use Euler's Criterion to the Legendre symbols below: (iv). (10/23) (b). Assume a is a quadratic residue mod p, and assume...
Ignore the extra mod sign at the start of the question
Determine the number of real roots of the equation. 20182 2018a 2019
In solving for the damped forced circuit 1 oscillations (particular solution) has the form 6. +R q-Vocos(r) + dt C we found the pers istent cos (st where γ -, LC 21 2 Define rso that the amplitude of the response is proportional toT(r)- where we (1-r2)2 +4γ assume γ is a set constant (i) Show that T has a maximum Tmax-T(rmax) if γく1. In such a case find "max and T,nax (ii) Plot in T vs. r for the...
computer Question 3 (3) The mod function can be used to determine if a number is odd or even. The modulus-2 of an odd number is 1, and the modulus-2 for an even number is a. See the Code below. >mod,2) med(6,2) Write a Matlab script that uses a for loop and an if statement to sum up the odd values in thie vector a Paste the image of your handwritten code héte Screenshot of Code here Write the Numerical...
Determine the general solution by solving the ODE system
2r+y = 4y
( i need Unique answer, don't copy and paste, please) Let N be an n-bit positive integer, and let a, b, c, and k be positive integers less than N. Assume that the multiplicative inverse (mod N) of a is a^(k-1) Give an O(n^3) algorithm for computing a^(b^c) mod N (i.e., a raised to the power b^c with the result taken mod N). Any solution that requires computing b^c is so inefficient that it will receive no credit.
please help!!! Discrete Structures For each of the following congruences if there is a solution, express the solution in the form x ≡ some_number (mod some_modulus), e.g. x ≡ 6 (mod 9). To standardize answers, some_number should always be a value in the range {0, 1, 2, ..., some_modulus -1}. For example x ≡ 5 (mod 8) is OK but x ≡ 13 (mod 8) is not. If there is no solution say "No solution". You don't have to show work for any...
please box your answers and write clearly
Ex 5.9 (mod): Determine the reactions at A and B using decoupled equations of equilibrium 750 lb 1500 1b.ft 2 ft 309
39. Suppose that the polynomial congruence f(x)0 (mod 7) has two distinct so- 0 lutions, what are the possible number of solutions of the congruence f(x) (mod 49)?
39. Suppose that the polynomial congruence f(x)0 (mod 7) has two distinct so- 0 lutions, what are the possible number of solutions of the congruence f(x) (mod 49)?
(R) need a code for R program or solving the below
question(please follow the below instruction thoroughly) and please
do not copy other answers.
2. Let X1, .. . , Xn be iid. N(?, ?2). A 100(1-a)% confidence interval for ?2 is