How we get from the first part to the next?
Homework Answers
Part 3: Perturbation: We want to get the perturbation Hamiltonian H1which includes the first correction to...
Part 3: Perturbation: We want to get the perturbation Hamiltonian H1which includes the first correction to KE Hamiltonian Ho that, we expand (wrt small P) the relativistic KE (in terms of momentum operators), from special relativity. To do P2 C2+m2c4 - mc T E-mc2 = +.. Но The first term inside the dots . .- is Hwhich is A. рз НH 2m В. рз Нi 4m2c С. ра Н 2m D. pа 8m32 Н
Problem-Part (a): (506) How many 32x2 memory chips (in addition to one 64x8 chip) do we need to c...
Problem-Part (a): (506) How many 32x2 memory chips (in addition to one 64x8 chip) do we need to construct the PROM of 128 bytes? Show how you get it? Problem-Part (b): (5%) How many 32x4 memory chips do we need to construct the RAM of 96 bytes? Show how you get it? Problem-Part (c): (10%) Show the memory address range (i.e., the first address and the last address) for the 64x8 PROM chip? Show how you get it? Problem-Part (d):...
please explain the part where the question mark is located. how did we get sinc. this...
please explain the part where the question mark is
located. how did we get sinc. this is the Fourier transform
properties.
Example 8.3 Calculate the Fourier transform of the rectangular pulse The graph of f() is shown in Figure 8.6, and since the area under it is finite, a Fourier transform exists. From the definition (8.15), we have Solution f0) 24 -T O = 2AT sinc (oT Figure 8.6 The rectangular pulse where sincx is defined, as in Example 7.22,...
How we can get a benefit from association colloids in pharmaceutical field
How we can get a benefit from association colloids in pharmaceutical field
My question is from the first step from where did we get 2 ? EXAMPLE 2.21...
My question is from the first step from where did we get 2 ?
EXAMPLE 2.21 FIRST-ORDER RECURSIVE SYSTEM (CONTINUED): COMPLETE SOLUTION Find the solution for the first-order recursive system described by the difference equation y[n] - Laxn – 1] = x[n] (2.46) if the input is x[n] = (1/2)*u[n] and the initial condition is y[ – 1] = 8. Solution: The form of the solution is obtained by summing the homogeneous solution determined in Example 2.18 with the particular...
How much work is necessary to bring the proton from rest infinetly far away to rest at a distance of 3m from the nucleus? I've know how to get the answer for the first part of the question which a...
How much work is necessary to bring the proton from rest infinetly far away to rest at a distance of 3m from the nucleus? I've know how to get the answer for the first part of the question which asks, " How much (mass) energy is released when a 13C nucleus combines with a proton?" which is 7.5505 MeV, but I'm not sure how to answer the energy question. I think you'd use the equation Wnc= Kf-Ki+ Uf+Ui but I...
Could you please try to explain to me how we get the solution because I want...
Could you please try to explain to me how we get the
solution because I want to understand the solution so that to be
solved step by step including all of the details
If the conditions for a time-invariant optimal control law are satisfied by a linear regulator problem, the constant K matrix must be a solution of the nonlinear algebraic equations Using this result, determine the optimal control laws for: a) The first-order system x(t)-ax(t) + u (t) with...
Often, as we write functions, we don't get it quite right the first time around. A...
Often, as we write functions, we don't get it quite right the first time around. A function here has been provided for you, but it's not working just yet. This function should accomplish the following: Randomly sample n rows from the dataset (where n is the number of rows, specified when the function is called). Return the smaller subset as a data frame from the function. Read and understand the instructions above, the function provided here, and the error message(s)...
The first answer is correct, I just don't know how to get the second part. Please...
The first answer is correct, I
just don't know how to get the second part. Please help me
Suppose the maximum safe average intensity of microwaves for human exposure is taken to be 2.00 W/m^2. If a radar unit leaks 10.0 W of microwaves (other than those sent by its antenna) uniformly in all directions, how far away must you be to be exposed to an average intensity considered to be safe? Assume that the power spreads uniformly over the...
Suppose we measure how much sleep students in first and second year at UVic get per...
Suppose we measure how much sleep students in first and second year at UVic get per night. A sample of 25 first year students slept an average of 8.4 hours per night with a standard deviation of 1.1 hours. A sample of 18 second year students slept an average of 7.6 hours per night with a standard deviation of 2.3 hours. Suppose we want to test if first year students sleep more than second year students. Assuming the number of...
Part 3: Perturbation: We want to get the perturbation Hamiltonian H1which includes the first correction to KE Hamiltonian Ho that, we expand (wrt small P) the relativistic KE (in terms of momentum operators), from special relativity. To do P2 C2+m2c4 - mc T E-mc2 = +.. Но The first term inside the dots . .- is Hwhich is A. рз НH 2m В. рз Нi 4m2c С. ра Н 2m D. pа 8m32 Н
Problem-Part (a): (506) How many 32x2 memory chips (in addition to one 64x8 chip) do we need to construct the PROM of 128 bytes? Show how you get it? Problem-Part (b): (5%) How many 32x4 memory chips do we need to construct the RAM of 96 bytes? Show how you get it? Problem-Part (c): (10%) Show the memory address range (i.e., the first address and the last address) for the 64x8 PROM chip? Show how you get it? Problem-Part (d):...
please explain the part where the question mark is
located. how did we get sinc. this is the Fourier transform
properties.
Example 8.3 Calculate the Fourier transform of the rectangular pulse The graph of f() is shown in Figure 8.6, and since the area under it is finite, a Fourier transform exists. From the definition (8.15), we have Solution f0) 24 -T O = 2AT sinc (oT Figure 8.6 The rectangular pulse where sincx is defined, as in Example 7.22,...
How we can get a benefit from association colloids in pharmaceutical field
My question is from the first step from where did we get 2 ?
EXAMPLE 2.21 FIRST-ORDER RECURSIVE SYSTEM (CONTINUED): COMPLETE SOLUTION Find the solution for the first-order recursive system described by the difference equation y[n] - Laxn – 1] = x[n] (2.46) if the input is x[n] = (1/2)*u[n] and the initial condition is y[ – 1] = 8. Solution: The form of the solution is obtained by summing the homogeneous solution determined in Example 2.18 with the particular...
Could you please try to explain to me how we get the
solution because I want to understand the solution so that to be
solved step by step including all of the details
If the conditions for a time-invariant optimal control law are satisfied by a linear regulator problem, the constant K matrix must be a solution of the nonlinear algebraic equations Using this result, determine the optimal control laws for: a) The first-order system x(t)-ax(t) + u (t) with...
The first answer is correct, I
just don't know how to get the second part. Please help me
Suppose the maximum safe average intensity of microwaves for human exposure is taken to be 2.00 W/m^2. If a radar unit leaks 10.0 W of microwaves (other than those sent by its antenna) uniformly in all directions, how far away must you be to be exposed to an average intensity considered to be safe? Assume that the power spreads uniformly over the...
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