Please help me to solve this exercise:
Magnetic Resonance
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Please help me to solve this exercise: Magnetic Resonance 2-Consider, the application of a pulse π or 180°C that rotate...
Please help me with the exercise 2: Consider the circuit shown where L=5 H, C=10 uF,...
Please help me with the exercise 2:
Consider the circuit shown where L=5 H, C=10 uF, Vo=220. The
switch is closed at t=0, determine the expression for the voltage
across the capacitor. Sketch the voltage across the capacitor,
inductor, and the diode. Sketch the current flowing through the
circuit
Thanks :)
1. For the current waveform, determine the average, rms, and peak current ratings 2. Consider the circuit shown where L-5 H, C=10 uF, Vo=220V. The switch is closed at...
Help me solve this question asap nfluenced by magnetic An electron moves following a circular path...
Help me solve this question asap
nfluenced by magnetic An electron moves following a circular path in vacuum i field. The radius of the electron's path is 2.0 x 102 m, magnetic field strength is 2.0x 10-2 T, and specific charge electron e/m is-I .76 x 1011 C kg" (b) i. Write an expression for angular velocity of electron. ii. Calculate its orbital period ii. What happen to the electron's path when its velocity decreases? [10 marks]
Hi, Can you please help me solve this problem? It tells me i'm off by a...
Hi,
Can you please help me solve this problem? It tells me i'm off
by a factor of 10 so i tried putting 258 and 25800 for part a and
-258 and -25800 for part b but it kept saying incorrect... Can you
please find the mistake and solve this question all over again for
me?
Thanks alot!
1. 1/3 points | Previous Answers SerPSE7 24.P.004. My Notes Ask Your Teacher Consider a closed triangular box resting within a horizontal...
Can you please help me with the Practice it on the Exercise? The Exercise it where...
Can you please help me with the Practice it on the
Exercise? The Exercise it where I really need help . Thanks!(:
QUESTION How would the answer to part (b), the maximum height, change if the person throwing the ball jumped upward at the instant he released the ball? The maximum height would decrease. The maximum height would remain the same. The maximum height would increase. Consider how the initial velocity of the ball relative to the ground is affected...
Help me please to solve questions c and d 8. (15pts) Consider the basis Buu2,u for...
Help me please to solve questions c and d
8. (15pts) Consider the basis Buu2,u for R, where u ,1, 1)T u2 (1,1,0)T and u (1,0,1)T, and let T be the linear operator such that T(u(2,-1,3)T, T(u2) (-6,3,-9) and T(u) 1,5,0)T (a) Show that T(z, y, z) = I-7x + y + 8z, 9-Gy _ 4,-12x + 3y + 12z)" )T. - A(x, y, 2 (b) Assuming that 10-1/3 .r.e.f(A)-0-1/3 the linear operator T it an isomorphism (Justify your answer)....
I have very little time please can you solve it urgently. Thank you. 3.) Consider the...
I have very little time please can you solve it urgently.
Thank you.
3.) Consider the system with the block diagram below. R(S) C(s) Σ K Ts 10 5+2 a) Closed loop transfer function between output and input M(S) C(s) R find the expression. b) In this system Ky ve Ti define the value ranges of the parameters so that the maximum exceed Ep < 0,2 and settlement time t, 5 2.9 second (%2 for criterion) let me meet your...
2. Consider a thin rod of length L = π (so that 0 x-7) with a...
2. Consider a thin rod of length L = π (so that 0 x-7) with a general internal source of heat, Q(a,t) Ot (10) subject to insulated boundary conditions The initial temperature of the bar is zero a(x, 0) = 0 (12) (a) (3pts) What is k in (10)? (b) (10pts) Assume a separable solution to the homogeneous version of the PDE and boundary conditions (10)-(11) of the form u(r, t)- o(x)G(t). Write down or find the eigenvalues λη and...
Note: Course Name: Automatic Control Systems. Please help me to solve this problem step-by-step. And thank...
Note: Course Name: Automatic Control Systems. Please help me to
solve this problem step-by-step. And thank very much for your great
support and time.
3. (10 points) Suppose the feedback system from problem #2 has a delay of Td seconds in reporting sensor data so that the feedback system is R(s + Y (s) G(s) Delay of Ts The frequency response of G(s) is repeated for convenience. If Td - 0, find the phase and gain margins. What is the...
can you please show me how to do each of these thank you! The magnetic field...
can you please show me how to do each of these thank
you!
The magnetic field in the region between the poles of an electromagnet is uniform at any time, butis a point) increasing at the rate of 0.020 T/s. The area of the conducting loop in the field is 180 cm?. What is the magnitude of the induced emf? 0.12 mV 0.90 ml 0.11 mV 0:0.36 mV A rectangular loop with area A rotates with constant angular velocity o...
Exercise 5.5. Consider the linear system 2 as in (5.44) with A-4 0 C [1 0...
Exercise 5.5. Consider the linear system 2 as in (5.44) with A-4 0 C [1 0 -1 4 1 a. Show that the system is not (internally) asymptotically stable b. Show that the system is both controllable and observable. c. Find matrices F e R1x2 and GE R2x1 such that o(A+ BF) C C_ and o (A GC) C C_ d. Find matrices (K, L, M, N) such that the feedback controller w(t) Kw(t) Ly(t) u(t) Mw(t)Ny(t) is internally stabilizing...
Please help me with the exercise 2:
Consider the circuit shown where L=5 H, C=10 uF, Vo=220. The
switch is closed at t=0, determine the expression for the voltage
across the capacitor. Sketch the voltage across the capacitor,
inductor, and the diode. Sketch the current flowing through the
circuit
Thanks :)
1. For the current waveform, determine the average, rms, and peak current ratings 2. Consider the circuit shown where L-5 H, C=10 uF, Vo=220V. The switch is closed at...
Help me solve this question asap
nfluenced by magnetic An electron moves following a circular path in vacuum i field. The radius of the electron's path is 2.0 x 102 m, magnetic field strength is 2.0x 10-2 T, and specific charge electron e/m is-I .76 x 1011 C kg" (b) i. Write an expression for angular velocity of electron. ii. Calculate its orbital period ii. What happen to the electron's path when its velocity decreases? [10 marks]
Hi,
Can you please help me solve this problem? It tells me i'm off
by a factor of 10 so i tried putting 258 and 25800 for part a and
-258 and -25800 for part b but it kept saying incorrect... Can you
please find the mistake and solve this question all over again for
me?
Thanks alot!
1. 1/3 points | Previous Answers SerPSE7 24.P.004. My Notes Ask Your Teacher Consider a closed triangular box resting within a horizontal...
Can you please help me with the Practice it on the
Exercise? The Exercise it where I really need help . Thanks!(:
QUESTION How would the answer to part (b), the maximum height, change if the person throwing the ball jumped upward at the instant he released the ball? The maximum height would decrease. The maximum height would remain the same. The maximum height would increase. Consider how the initial velocity of the ball relative to the ground is affected...
Help me please to solve questions c and d
8. (15pts) Consider the basis Buu2,u for R, where u ,1, 1)T u2 (1,1,0)T and u (1,0,1)T, and let T be the linear operator such that T(u(2,-1,3)T, T(u2) (-6,3,-9) and T(u) 1,5,0)T (a) Show that T(z, y, z) = I-7x + y + 8z, 9-Gy _ 4,-12x + 3y + 12z)" )T. - A(x, y, 2 (b) Assuming that 10-1/3 .r.e.f(A)-0-1/3 the linear operator T it an isomorphism (Justify your answer)....
I have very little time please can you solve it urgently.
Thank you.
3.) Consider the system with the block diagram below. R(S) C(s) Σ K Ts 10 5+2 a) Closed loop transfer function between output and input M(S) C(s) R find the expression. b) In this system Ky ve Ti define the value ranges of the parameters so that the maximum exceed Ep < 0,2 and settlement time t, 5 2.9 second (%2 for criterion) let me meet your...
2. Consider a thin rod of length L = π (so that 0 x-7) with a general internal source of heat, Q(a,t) Ot (10) subject to insulated boundary conditions The initial temperature of the bar is zero a(x, 0) = 0 (12) (a) (3pts) What is k in (10)? (b) (10pts) Assume a separable solution to the homogeneous version of the PDE and boundary conditions (10)-(11) of the form u(r, t)- o(x)G(t). Write down or find the eigenvalues λη and...
Note: Course Name: Automatic Control Systems. Please help me to
solve this problem step-by-step. And thank very much for your great
support and time.
3. (10 points) Suppose the feedback system from problem #2 has a delay of Td seconds in reporting sensor data so that the feedback system is R(s + Y (s) G(s) Delay of Ts The frequency response of G(s) is repeated for convenience. If Td - 0, find the phase and gain margins. What is the...
can you please show me how to do each of these thank
you!
The magnetic field in the region between the poles of an electromagnet is uniform at any time, butis a point) increasing at the rate of 0.020 T/s. The area of the conducting loop in the field is 180 cm?. What is the magnitude of the induced emf? 0.12 mV 0.90 ml 0.11 mV 0:0.36 mV A rectangular loop with area A rotates with constant angular velocity o...
Exercise 5.5. Consider the linear system 2 as in (5.44) with A-4 0 C [1 0 -1 4 1 a. Show that the system is not (internally) asymptotically stable b. Show that the system is both controllable and observable. c. Find matrices F e R1x2 and GE R2x1 such that o(A+ BF) C C_ and o (A GC) C C_ d. Find matrices (K, L, M, N) such that the feedback controller w(t) Kw(t) Ly(t) u(t) Mw(t)Ny(t) is internally stabilizing...
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