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Please show all steps needed to take. Please at the minimum
please show work for the...
Please Write clearly. Thank you 2.10 Functions x(t) and h(t) are both rectangular pulses, as shown...
Please Write clearly.
Thank you
2.10 Functions x(t) and h(t) are both rectangular pulses, as shown in Fig. P2.10. Apply graphical convolution to determine y(t) = x(t) *h(t) given the following data. (a) A=1, B= 1, T1 = 2 s, T2 = 4s (b) A=2, B=1, T1 = 4s, T2 = 2 s *(C) A=1, B = 2, T1 = 4s, T2 = 2 s. x(0) h(t) A- B- 0 0 t(s) t(s) 0 Τι 0 T2 Figure P2.10: Waveforms...
Please answer ALL the parts neatly with all the steps in detail. 36 Alice walks into...
Please answer ALL the parts neatly with all the steps in
detail.
36 Alice walks into a post office with 2 clerks. Both clerks are in the midst of serving customers, but Alice is next in line. The clerk on the left takes an Expo(A1) time to serve a customer, and the clerk on the right takes an Expo(A2) time to serve a customer. Let Ti be the time until the clerk on the left is done serving their current...
Please show all work and explain steps So that I can see where I am going...
Please show all work and explain steps So that I can see where I
am going wrong.
After having been in position 1 for a long time, the switch in the circuit as shown below was moved to position 2 at t-os, were Vo-14 V, R1-2 Ω, R2 = 148 Ω, R3-40 Ω, and L-1 H OL (a) Determine () and VL(O) iL(:0.000 (A); VL(o):0.000 (V) You are correct ies ur receipt no. is 146-1674 (b) Determine iL(O) and Vi(O):...
questions are connected. please show steps to all Consider the system characterized by the characteristic polynomial...
questions are connected. please show steps to
all
Consider the system characterized by the characteristic polynomial D2+4D+4. (0) Find the zero-input response go(t) of the system, such that vol(o) 0 and o(0) -1. Impulse Response and Zero-State Response 4 Consider the system characterized by the following diferential equation where z() represents the iaut and y(t) the output (D2 +4D+4) y(t) Da(t) (i) Determine the impulse response h(t) of the system. (i) Compute the convolution h r(t) for r(t) eu(t). Hint:...
Show the work to find T following the 3 steps please Vi = Voe-tı/7 and at...
Show the work to find T following the 3 steps please
Vi = Voe-tı/7 and at the second point you measured, the voltage and time would be: V2 = Voe-t2/7 T = You can combine these two equations and show that the time constant is: ta-ti In(Vi) - In(V2) Solve for the above equation of t using the two equations for (t1V) and (+2V2). In order to solve there are three things you need to do: 1. Divide the first...
Please show all steps and equations used, please write neatly, thank you! please answer all parts...
please show all steps and equations used, please write neatly,
thank you! please answer all parts and explain the process.
Problem 17. Consider the following multistep methods for the initial value problem y f(t, v), y(to) = α on the interval (to, to + d). Below t.-to+ih, h-d/N, and wi is an approximation to y(ti): ()j41 3131+3 4h Milne's method (3) We assume that the needed intial values wo, ..., wm for an m-step methods are generated by an one-step...
Please show your work show all work Question 29 1 pts Determine the shielding effectiveness of...
Please show your work
show all work
Question 29 1 pts Determine the shielding effectiveness of a steel shield of thickness 0.05 cm at f= 60 Hz, for a magnetic source located 300 cm away from the shield. Use a total conductivity of sigma = 5.8 x 106 (S/m) and a permeability of mu = 4pi x 10-4 (H/m) for steel. In this part of the question, provide the answer for the absorption loss A in dB. O A=0 dB...
Please answer the following question, box your answers, and show all work!! Thank you. 2 -...
Please answer the following question, box your answers, and show
all work!! Thank you.
2 - The three-phase power and line-line ratings of the electric power system shown in Figure 2 are given below. T T2 V Line 2 Vm G M Figure 2 One-line diagram for problem 2 60 MVA 20 kV 50 MVA 20/200 kV 50 MVA 200/20 kV 200 kV 43.2 MVA 18 kV TI: T: Line: M: X=9% X=10% X=10% Z=120+j2002 X=8% a) Draw an impedance...
please show all work and steps , thank you Exercise 3. Consider the continuous-time signal (t)...
please show all work and steps
, thank you
Exercise 3. Consider the continuous-time signal (t) = sin(at) where a is a positive finite value. Let y(t) = zº(t). The following signals are sampled using a train of impulses with periodicity T, 8(t – kt): signal z(t) is sampled to obtain 2.(t), and signal y(t) is sampled to obtain yo(t). A) Determine the range of values for T that allows complete recovery of r(t) from .(t) [pt. 10]. B) Determine...
show all work and explain concepts please 7) Consider the Zn ion. What is the correct...
show all work and explain concepts please
7) Consider the Zn ion. What is the correct electron configuration and magnetism? a. [Ar]3d10, diamagnetic b. [Ar]4s 3d8, diamagnetic PC c. [Ar]4S24P63d*, paramagnetic d. [Ar]3d2, diamagnetic 8) What is the correct name for Mga(PO4)2? a. Magnesium (II) phosphate PC b. Magnesium phosphate c. Tri-Magnesium diphosphate d. Phosphate magnesium 9) The chemical formula for chromium (III) sulfate is: a. Cr2(SO4)3 b. Crz(SO3)a c. CrSO3 d. CrSO4 10) Which of the following pairs is...
Please Write clearly.
Thank you
2.10 Functions x(t) and h(t) are both rectangular pulses, as shown in Fig. P2.10. Apply graphical convolution to determine y(t) = x(t) *h(t) given the following data. (a) A=1, B= 1, T1 = 2 s, T2 = 4s (b) A=2, B=1, T1 = 4s, T2 = 2 s *(C) A=1, B = 2, T1 = 4s, T2 = 2 s. x(0) h(t) A- B- 0 0 t(s) t(s) 0 Τι 0 T2 Figure P2.10: Waveforms...
Please answer ALL the parts neatly with all the steps in
detail.
36 Alice walks into a post office with 2 clerks. Both clerks are in the midst of serving customers, but Alice is next in line. The clerk on the left takes an Expo(A1) time to serve a customer, and the clerk on the right takes an Expo(A2) time to serve a customer. Let Ti be the time until the clerk on the left is done serving their current...
Please show all work and explain steps So that I can see where I
am going wrong.
After having been in position 1 for a long time, the switch in the circuit as shown below was moved to position 2 at t-os, were Vo-14 V, R1-2 Ω, R2 = 148 Ω, R3-40 Ω, and L-1 H OL (a) Determine () and VL(O) iL(:0.000 (A); VL(o):0.000 (V) You are correct ies ur receipt no. is 146-1674 (b) Determine iL(O) and Vi(O):...
questions are connected. please show steps to
all
Consider the system characterized by the characteristic polynomial D2+4D+4. (0) Find the zero-input response go(t) of the system, such that vol(o) 0 and o(0) -1. Impulse Response and Zero-State Response 4 Consider the system characterized by the following diferential equation where z() represents the iaut and y(t) the output (D2 +4D+4) y(t) Da(t) (i) Determine the impulse response h(t) of the system. (i) Compute the convolution h r(t) for r(t) eu(t). Hint:...
Show the work to find T following the 3 steps please
Vi = Voe-tı/7 and at the second point you measured, the voltage and time would be: V2 = Voe-t2/7 T = You can combine these two equations and show that the time constant is: ta-ti In(Vi) - In(V2) Solve for the above equation of t using the two equations for (t1V) and (+2V2). In order to solve there are three things you need to do: 1. Divide the first...
please show all steps and equations used, please write neatly,
thank you! please answer all parts and explain the process.
Problem 17. Consider the following multistep methods for the initial value problem y f(t, v), y(to) = α on the interval (to, to + d). Below t.-to+ih, h-d/N, and wi is an approximation to y(ti): ()j41 3131+3 4h Milne's method (3) We assume that the needed intial values wo, ..., wm for an m-step methods are generated by an one-step...
Please show your work
show all work
Question 29 1 pts Determine the shielding effectiveness of a steel shield of thickness 0.05 cm at f= 60 Hz, for a magnetic source located 300 cm away from the shield. Use a total conductivity of sigma = 5.8 x 106 (S/m) and a permeability of mu = 4pi x 10-4 (H/m) for steel. In this part of the question, provide the answer for the absorption loss A in dB. O A=0 dB...
Please answer the following question, box your answers, and show
all work!! Thank you.
2 - The three-phase power and line-line ratings of the electric power system shown in Figure 2 are given below. T T2 V Line 2 Vm G M Figure 2 One-line diagram for problem 2 60 MVA 20 kV 50 MVA 20/200 kV 50 MVA 200/20 kV 200 kV 43.2 MVA 18 kV TI: T: Line: M: X=9% X=10% X=10% Z=120+j2002 X=8% a) Draw an impedance...
please show all work and steps
, thank you
Exercise 3. Consider the continuous-time signal (t) = sin(at) where a is a positive finite value. Let y(t) = zº(t). The following signals are sampled using a train of impulses with periodicity T, 8(t – kt): signal z(t) is sampled to obtain 2.(t), and signal y(t) is sampled to obtain yo(t). A) Determine the range of values for T that allows complete recovery of r(t) from .(t) [pt. 10]. B) Determine...
show all work and explain concepts please
7) Consider the Zn ion. What is the correct electron configuration and magnetism? a. [Ar]3d10, diamagnetic b. [Ar]4s 3d8, diamagnetic PC c. [Ar]4S24P63d*, paramagnetic d. [Ar]3d2, diamagnetic 8) What is the correct name for Mga(PO4)2? a. Magnesium (II) phosphate PC b. Magnesium phosphate c. Tri-Magnesium diphosphate d. Phosphate magnesium 9) The chemical formula for chromium (III) sulfate is: a. Cr2(SO4)3 b. Crz(SO3)a c. CrSO3 d. CrSO4 10) Which of the following pairs is...
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