How do you get from one step to the other in the picture above? I don't understand how to calculate the deltas!
I don't get how you suddenly get a new function?
Using the concept of inverse fourier transform,
integration of F(w)*exp(jwt)dw = f(t), where f(t) in inverse fourier transform of F(w)
Comparing your equation with LHS of inverse fourier transform formula, F(w) = 1, output of integration wil be f(t) which is inverse fourier transform of 1.
Inverse fourier tranform of 1 is 2*pi*dellta(w)
To be very exact, your equation is shifted in w axis, so delta function corresponding to that particular shifted value.
How do you get from one step to the other in the picture above? I don't...
9. In the electron transport chain picture above, how do electrons move from protein complex I to protein complex II? 1. I need you to remember that "Q" is ubiquinone which gets reduced at proteins l & I, and oxidized at protein III. "Reduced" means gains electrons, "oxidized" means loses electrons. 2. I need you to remember how "Q" moves from protein I to protein Do you remember? Don't overthink it, Preeda. As far as scientists know right now, the...
How do you convert percent to gallons.In the picture above I want to find out how they got ounces from there I can convert to gallons which is easy but the ounces I don’t how they get it.Please Help Calculate This! 60 Desired Percentage (%) 250 Gallons (gal) Answer 19200 Ounces (oz)
I am trying to understand why the solution (a) in the second picture is a valid way to re-write the joint PDF given in the first picture. When I calculate the marginal PDFs for X and Y using integration I don't get a result that equates what I see in picture #2. Example 5.23. Determine whether X and Y are independent: X, Y > 0 (a) fxy(x, y) = 0 otherwise 2e-2-2y { where (c) is the unit step function:...
The answer is +0.227 I just don't understand how to get that. Given the information below, calculate the voltage the cell. Cu(s) | Cu2+ (0.50 M) || 1 (0.30 M) | 13-(0.15 M) | Pt 13+ + 2e + 31 E° = 0.535 V Cu2+ + 2e + Cu(s) E° = 0.339 V
My Question is the first picture. Others have tried to answer but I don't follow there use of variables/ algebra. I want to know how my instructor went from : --> 2 [HA] = [A-] to 66.6% both algebraically and scientifically Please don't respond to this question if you are unwilling to explain !!!!!! STOP using letters to justify your algebra! I don't understand how the variables are equal or even equilavent. Please continue this question step-by -step without letters....
If you don't mind, would you please show me step by step how to get answer?. This will help me understand and prepare better. Thank you! 6. Calculations Weight of acetanilide = 2.7g Theoretical yield of Nitroaniline = Weight of para-nitroaniline = 1.5 g Percentage yield of para-nitroaniline =
Please show all steps, formulas or any visuals necessary so that I may better understand how to approach other similar problems because I don't know how to get started, thank you. 29-35 For each PDF, calculate (a) the mean and (b) the variance. 34. f(x) 2/(1 +x)2 for 0 and fx) 0othere 29-35 For each PDF, calculate (a) the mean and (b) the variance. 34. f(x) 2/(1 +x)2 for 0 and fx) 0othere
I don't understand the step by step process to figuring this out. I don't know how you would calculate percent yield? Would love answers to all of the questions in part 3! Thank you! Practice: Many computer chips are manufactured from silicon, which occurs in nature as SiO2. When SiO2 is heated to melting, it reacts with solid carbon to form liquid silicon and carbon monoxide gas. In an industrial preparation of silicon, 155.8 kg of Sio2 reacts with 78.3...
Please do the laplace transform on the following functions. You don't need to show the work with the integral, you can use a table, but please explain each step clearly. I really want to understand how to solve these on my own. Thanks in advance! 6 for 0sis2 f,(t)-10 otherwise f(i)-efor0 f,(t) (esin 5t)u(t) -4r
how do i get the measured acceleration? 1. Given that Theorem 2 above allows you to measure the final velocity y of the glider as it passes the midpoint of the photogate, and that the glider is released from rest, consider the other information available from above and use a kinematic equation to solve for the acceleration a of the glider (this will be the glider's measured acceleration). Show your work and give your final formula for a meas below:...