Apply the appropriate La Place transform properties to get the solution to the problem. (It can only be solved by this method). Can someone please solve it STEP BY STEP without skipping any step please? It would be really helpful. I´m lost ):
Apply the appropriate La Place transform properties to get the solution to the problem. (It can...
Apply the indeterminate coefficients method to determine the general solution of the differential equation STEP BY STEP without skipping any step please? It would be really helpful. I´m lost ): у” + Зу = — 48e3x
Inglés El isòtopo del plomo Pb-209 decae a un ritmo proporcional a la cantidad presente en el instante t y tiene una vida media de 3.3 horas. Si un gramo de este isòtopo està presente incialmente ¿Cuanto tiempo tardarà en descomponerse al 90% del plomo? The Pb-209 isotope of lead decays at a rate proportional to the amount present at time t and has a half-life of 3.3 hours. If one gram of this isotope is present initially, how long...
Consider an LC circuit with L = 1H, C = 1F. Suppose the circuit devices are connected to a voltage source f given by: If the capacitor is initially discharged and no current is flowing through the circuit, determine the charge on the capacitor at any time in t. Can someone please solve it STEP BY STEP without skipping any step please? It would be really helpful. I´m lost ): t si 0 <t < 6 f(t) = 6 si t...
Can Someone please hep me solve this is problem Please. It is really important and it has 2 parts. both need to be solved. Thank you in advance A) A DT signal x[n] has the following z-transform X(z)= z+1/2z^2+10z+4 Determine the inverse z-transform, i.e. x[n] for all n Sketch the poles and zeros of X(z), including the unit circle. Determine whether the system is stable or unstable, why? B)Determine the z-transform of x[n-2], using the properties table, write it as...
can some one solve it step by step please 16. Let M be the Möbius transform with M(0) = 1 M(1) = 2 and M(0) = 0. Find M(i). Solution: For M(z) = azt to have these properties, we must have a = 0 and b = d = 1, without loss of generality. Then the second equations gives -1 2 M(1) = = 2 hence M(2) 2 - 2 + 2 CE 9 C+1 in particular M(i) 2 2...
can you solve this problem please? 8. Determine the appropriate form of the particular solution for the following non-homogeneous linear differential equation with constant coefficients. * (8 Points) +9y" = 5 + e* (x – 3) + 4sin (3x). y (4) A + B sin(3x) + Cxsin (3x) + Det + Exer none of these A + Bxe-3x + Cxe3x + Det + Exet Ax2 + Bxe-3x + Cxe3x + Det + Exer Ax + B + C sin(3x) +...
What are the basic ingredients needed in a recursive solution (choose all that apply)? A case that requires iteration to solve a problem through smaller versions of the problem A case within a recursive solution that is so simple that it can be solved directly without a recursive call known as the Base Case. A case within a recursive solution that that solves a portion of the problem (smaller version) through the use of iteration known as the Smaller Case....
can someone explain to me how #1 is solved. please dont just solve the problem, explain the steps to get the answer. I have trouble understanding the concept GENERAL CHEMISTRY STUDY CHEMISTRY STUDY SHEET NO. 16 How many mL of a 0.121 M Ba(OH), solution is required to completely new tralize 22.4 mL of a 0.210 M H.PO, solution? 2. Tt requires 27.5 mL of a NaOH solution to titrate 0.214 g of H.C.O. (MM = 90.01 molarity of the...
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...
Hi. please show the step-by-step solution how qw can be get. I try to do it but i've stuck. the final answer is at the last line. This is from viscous fluid flow, frank white, 3rd edition. At the 2nd last line, please explain how term AFTER (Tw-Te) can be found? 4.2 Repeat the integral flat-plate heat-transfer analysis of Sect. 4-1.7 by using the parabolic velocity from Eq. (4-11) and the quartic temperature profile 2y 2y 8r This is a...