Show that the equation z 3 -1- 2e‘ = 0 has exactly one solution. State clearly every result you use and show that the conditions are satisfied. (Hint: Start by showing that there is at least one solution and then exclude the possibility of more solutions.)
Show that the equation z 3 -1- 2e‘ = 0 has exactly one solution. State clearly...
Use the previous problem to show that sin(x) + x = 0 has exactly one solution in R. Hint: Show that it has at most one solution, then show it has at least one solution.
Show that the equation has exactly one solution: cô eº = 0.
14. For A- a b show that if ad-be 0, then the equation Ax 0 has more than one solution. Why does this imply that A is not invertible? Hint: First, consider ab 0. Then, if a and b are not both zero, consider the ectorxI you use the word "determinant, then be sure to justify your statement thoroughly
P3.* Consider the ordinary differential equation: u” + 1 = 0. a) Show that this equation together with the boundary conditions u(0) = 2, u(a) = 0 has no solution. b) Show that this equation together with the boundary conditions u(0) = 2, u(a) = –2 has infinitely many solutions.
problem 5 l lbout 0 for a general solution to the given differential equation u, y(0) = 0, V,(0) = 1 . Your answer should include a grneral formula for the ncients. (Find a recursive relation. If possible find Vi and 1,2). 3: Chebyshev's equation i(y + p'y-0, where p is a constant. Find two linearly Independert series solutions yi and ya. (Hint: find the series solution to the differential equation at z-0 to factor ao and ai as we...
Please show all work and provide and an original solution. We can apply the Method of Separation of Variables to obtain a representation for the solution u u(, t) for the following partial differential equation (PDE) on a bounded domain with homogeneous boundary conditions. The PDE model is given by: u(r, 0) 0, (2,0) = 4. u(0,t)0, t 0 t 0 (a) (20 points) Assume that the solution to this PDE model has the form u(x,t) -X (r) T(t). State...
MATLAB HELP 3. (a) In one window, graph four different solutions to y 00 + 10y 0 + y = sin t by using different initial conditions. (Be sure that all four graphs are clearly visible in the window.) (b) Describe the apparent behavior of the solutions as t → ∞. 4. (a) Graph solutions to y 00 + a y = sin 3t, y(0) = 1, y 0 (0) = 1 for each of the values a = 9.5,...
Plz show all the steps A Moore finite state machine has one input X and one output Z. Let No be the number of O's received so far on the input X. Also, let N be the number of 1's received so far on the input A Finally, let the difference D = Ni-No and let the sum S= M + No. The output Z is equal to 1 when the following conditions are satisfied: D 20 and 1 SSs4....
Proving z^4+z+1=0 has one solution in each quadrant. What is required to show this? what arguments will be used.
10. Consider the nonlinear state equation di(t) = z{(t) – u(t)zy(t) + W T ult) éz(t) = x2(t) + 2x1(t) - u(t)xi(t) For homogeneous initial conditions, compute the nominal solution correspond- ing to the nominal input ū(t) = t for all t > 0. (Hint: search for monomial solutions in time.) Then, linearize the dynamics about the nominal solution. Is the linear system time-varying?