Please solve these charges vectors



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Please solve these charges vectors HMRK 0,0.02 Fiud the uet Soree on wi+ to (x,) Cons...
n - meraymowa:)--00 [1] [ Let the vectors x, y and z be x = -2 y=1tz= -1 [3] [2] Find r. s and t such that y + z = x O (r, s, t) = (-2, -1, 1) O (r, s, t) = (-2, 1, 1) O (r, s, t) = (-2, 1,-1) (r, s, t) = (2, 1,-1) m Consider the set S = {w,x,y,z} of vectors in R3, S = { 121, Let V = span...
Answer all questions (100 marks) 1. Given x(0) = 0 and transform. = 0, solve the following differential equation using Laplace d?x(t) dx +6 dt2 + 8x(t) = 2e-31 dt (20 marks) 2. Find the vo(t) in the network in Figure I using Laplace approach. 12 S 2 w O 1,(s) Ls) V.(5) Figure 1 (30 mrks)
Please solve this as a differential
equations problem not as a physics probelm, please.
3. (7pts) A crude tuning device can be created by an LRC-circuit forced by an external signal. An LRC-circuit is equipped with a variable capacitor, which can be dialed to different values to obtain the maximum response from an incoming radio signal. If I(t) is the current in the tuning device, which contains an inductor, L, a resistor, R, and a tunable capacitor, C, and receives...
Please solve problem B and
D
A. Convert so that t is in micro-seconds (us): x(t) = 7cos(800,000t) B. Convert so that t is in mili-seconds (ms): y(t) = 5e - 4000(t-002) cos(1000(t -.003)) C. Convert so that t is in mili-seconds (ms): i(t) = -6e-2000 mA D. Let the current through a 90 mH inductor be given as in part C above. Find v(t) with t in mili-seconds. - Part B O O ? IVO AO U vec cos...
Need help with all please!!
Two charges are located along the x axis as shown below. Determine the location, X, where the net electric field due to these charges is zero. х *1 = 21 m + x2 = 29 m + 92=-25 uc 0 91 = +9.04C k 1911 k |92 Equation: Solve for a (x1-x)? (x2-x)? Please take the absolute values of the charges. Note that x1 = +5.0 m and x2 = + 8.0 m O At...
Explain how does w(x) been solve
Decomposing inhomogeneous PDEs to facilitate the use of separation of variables Inhomogeneities may arise in the initial (ICs) or boundary (BCs) conditions, or in the PDE itself. A simple example is the falling of an elastic wire under gravity: ə?u ,02u at2 = Car2g If the ICs are: u(x,0) = f(x) and (x,0) = 0, and the BCs are: u(0,t) = 0 and u(L,t) = h(t), then there are three inhomogeneities in this equation:...
please solve on paper and show the equation your gonna
use
2. (30 pts) A small disk of mass m-0.75 kg is moving on a horizontal circle on a frictionless surface. The radius of the circle is 0.45 m. The block has a mass of m2 = 1.7 kg and is stationary A) What is the tension in the string? B) What is the angular speed (in rpm) of mass m? C) How would your answer part B be different...
please use the table to solve the question
Problem 5. Find the inverse transform of the function F(s) = - $+1 352 + 12 TABLE OF LAPLACE TRANSFORMS f(t) F(S) (s > 0) -in EE (s > 0) (n = integer > 0) IP, p>-1 r(p+1) s(p+1) (s > 0) - ear (s > a) V S-a 1241 (s > 0) (s -a)+1 (n = integer > 0) coswt (s > 0) V s² + w? 3 sinat (s >...
someone please help me with this. help me to solve
where i went wrong. and please show all steps and explain every
step.
a more clear picture
i uploaded the same picture i hope u can understand
italso these notes
11:47 00 in the made DU - . F -BUT Sez(-BUT") (P = BTV 7 ( 5 . lavity, energy, Gibbs I re-de the free energy quiz - Going over Quiz PV=const. Ideal Gas it 7=const BB p=constant srT3V =...
MIT Marine Hydrodynamics Spring 2005 Problem Set 5B
Please solve these for me thanks ! :)
1. Supplementary Problem 12 2. A fluid jet issues from a long vertical slot and strikes against a vertical flat plate at an angle. The resulting two-dimensional steady flow in a horizontal plane is shown below. The plate is frictionless (a) If the volume flow rate of a vertical section of the jet before it strikes the plate is Q A, where A, is...