Using Chebyshevs inequality, find an upper bound on: にsum.NG X, in にsum.NG X, in
Find Vo(t) 6Ω 6.4A に0
9. Find RT, Lr and redraw the new equivalent circuit with RT, Ls and find all unknowns. (3 sig. fig.) Freq-2.0 kHz and Vs-12.0 V XL- XL2 XLT V Vai R2 12 Vims 200mH 200m SLOO 3400 HE 00
Determine all possible values of 0, in radians, for 0 multiples of rt: 2 aner 8. s 0 2r. Express your answer in rational a, sinθ=- V2 cosに- b, N3 2/3
find y if s is the midpoint of segment RT, T is midpoint of segment RU, RS = 6x+5, ST=8x-1, and TU=11y+13.
3 km a) Draw rt Find Reactions at supports ons at supports. ym ym
Find Rt in circuit?Where R1= 5.6M-ohm ,R2=4.8V ,R3=?,P=21.5micro-W
Find domain of convergence of functional series. ****** 11.6. is the question numbers. s (r-5) 1 11.6 に! s (r-5) 1 11.6 に!
t <2 2 < t < 3 t23 0, 2 sin(rt), 0, Find the Laplace transform F(s) of f(t) F(s) = hw9,47
AG RT In = RT In Q- RT In K When the system is at equilibrium Q=1 and thus lIn 1-0, so then we can use this equation AG =-RT In K to find the temperature (solve for T). Remember T will be in K. Once we have the temperature we then use the following equation to calculate AG AG= AG+ RT In Q These molecular scenes represent three mixtures in which A2 (black) and B2 (green) are forming AB....