Please use superloop analysis and explain your solution so I can understand
Thanks:)
Please use superloop analysis and explain your solution so I can understand Thanks:) 3. (3.72 10th...
Please explain every step of the answer in detail so I can understand. Thanks in advance. Cosmic microwave background radiation fills all space with an average energy density of 4 times 10^-14 J/m^3. (a) Find the rms value of the electric field associated with this radiation. (b) How far from a 7.5-kW radio transmitter emitting uniformly in all directions would you find a comparable value?
Linear Algebra Help Please write it out so I can understand. Thanks! 1. Explain why the following sets are not vector subspaces of the indicated vector spaces.
Please explain so that I can understand it. 1. Use Theorem 9.4.3 to find the sum of each series に! 9.4,3to ind the sum of eacheries 3-4 For each given p-series, identify p and determine whether the series converges に! に!
please do each problem and show your work Problem 3 Calculate the current lo in the following circuit 2 k2 1 kn +12V lo Problem 4 Find the current lo in the following circuit. 6 V 4 mA 2 mA
Introduction to Analysis. Please write neatly so that I may understand your writing thanks. 4. (10 points) Prove that two real numbers a, b satisfy a<b for every e > 0, a <b+€
Can someone please explain to me the solution to this problem! I don't understand the solution, I just need a detail explanation step by step so I can understand this problem with all the subparts! Thanks! 3.5 Find the power spectrum for each of the following wide-sense stationary random processes that have the given autocorrelation sequences (a) rx(k) 26(k)j8(k -1)-j(k+1) (b) T(k)(k)2(0.5) (c) T(k)26(k)+cos(Tk/4) (d) rx(k)=' 10 k k< 10 ; otherwise Solutioin (a) This autocorrelation sequence is finite in...
Please provide detailed solution, so I can understand how you reached the answer. Thanks :) 18. The distortion properties of the MOSFET cir- cuit below are captured by the nonlinear transconductance equation ipsi = a1 Vesi + az Vasi where a1 = 0.01A/V and a3 = -0.1A/V9. [Parallels Example 11.5 on Page 688] VDD Ry=250 g (a) What is IIP3 in terms of voltage? (b) What is OIP3 in terms of voltage?
May you please explain all steps? I want to understand this and am so confused. Thanks! 1. (25 pts) Let F(x, y, z) = (2xy + 25)i + (4.r?y3 + 2yz?)j + (5.624 + 3y222)k and let C be the curve given parametrically by r(t) = (3t+1)i + tºj + 5tk for 0 <t<1. Evaluate the line integral (Fd
please explain the answers so I can understand it. I cant find it in my book. 42. T or F? There is a linear relationship between the manufacturing cost of a chip and the chip's area. 43. T or F? The Mic-2 is a two-bus architecture. 44. T or F? Mic-3 is a pipelined CPU and so is Mic-2.
Please explain in detail so I can understand both of the questions. Thankyou. Please also take into account the mantissa significant figures which is a requirement for the two questions. 3. Calculate the absorbance of a solution given that the transmission is 37.8%. 4. Given that the concentration of the compound giving rise to the absorption (A-0.4520) is 8.62 mmol L1, what is the molar absorption coefficient when measured through a cell of length 0.20 cm?