
ochemistry Find Ksp for Tl2S using E° for TI and TI2S (the latter is -0.964 V)...
350 3000.964 0.925 0.899 0.805 0.755 250 0.964 0.926 0.900 O.81 0.76 нсо, H,citrate-, CH,NH, (CHINHİ K", cr, Br-, I-, CN-,NOİ, NOİ 0.964 0.924 0.898 0.80 0.75 Accounting for ionic strength, what is the solubility (moles/L) of Pb(BrOs)2 in water that also contains 0.0500 M NaCI and 0.0500 M KBr? NaCI and KBr are both fully soluble. The appropriate activity coefficient (v) for Pb* is 0.37; you need to find the activity coefficient for BrOs in the table below. The...
2. (10p) Consider two independent random variables X and . The first has a unform pdf on (o.2) and the latter a Poisson pmf with mean 3. (1) Find the correlation E[XY] 2) Find the expectation E[e y'].
2. (10p) Consider two independent random variables X and . The first has a unform pdf on (o.2) and the latter a Poisson pmf with mean 3. (1) Find the correlation E[XY] 2) Find the expectation E[e y'].
calculate ksp at 298 K for AgCl given E^01/2= 0.22 V for AgCl(s) + e- = Ag(s) + Cl-(aq)
Let XN(0, 1) and Y eX. (X) (a) Find E[Y] and V(Y). (b) Compute the approximate values of E[Y] and V(Y) using E(X)(u)+"()VX) and V((X))b(u)2V(X). Do you expect good approximations? Justify your an- Swer
Let XN(0, 1) and Y eX. (X) (a) Find E[Y] and V(Y). (b) Compute the approximate values of E[Y] and V(Y) using E(X)(u)+"()VX) and V((X))b(u)2V(X). Do you expect good approximations? Justify your an- Swer
Find a and using the chain rule. W = 18x2y2, X= e cos(v), y = e sin(v) Click here to enter or edit your answer aw (u, v) = Click here to enter or edit your answer aw (u, v) =
Find destr(e) • u(e)] and cr(e) * u(t)] in two different ways. r(t) = cos ti + sin tj + tk, u(t) = j + tk (a) (PCE) • u(e)] (1) Find the product first, then differentiate. (ii) Apply the properties of the derivative. (b) decerce) x uct)] (1) Find the product first, then differentiate. (ii) Apply the properties of the derivative.
Using Ksp to Calculate Eindicator Calculate the potential of a silver electrode immersed in a solution that is saturated with Agl and has an activity of exactly 1.00. Ksp(Agl) = 8.3x10-17 and E°[Agt/Ag(s)] = + 0.799 V.
Find the longitudinal tensile strength of resulting
composite.
Given: Ti-aluminum metal matrix composite- Fiber volume
fraction: 27%,Ti matrix: at 427°C, Em = 87.5 GPa, νm = 0.3. Alumina
fibers: at 427°C, Ef = 379 GPa, νf = 0.27
Ti-aluminum metal matrix composite Fiber volume fraction: 27% Ti matrix: at 427°C, Em 87.5 GPa, v 0.3 . Alumina fibers: at 427"C, E,-379 GPa, v,-0.27 o Find the longiiudinal tnsile sirengih of resuling cormpositc
Ti-aluminum metal matrix composite Fiber volume fraction: 27%...
take allways e) u s vre W 3,30. ti: bs t₂=85 Hong E WORU FIND and DRAW Ã a) Hist sỹ b) v = 5i u s-sg s) vir si CSÓ ū, = 37+ ñ 51 - - i شے ہے - s aasi sj s strany Hong E WORU take always tits t₂=8s Find a a) 5 and DRAW Ã and a e) u s VE b) ja si sig se sa ) v = 5 N: 5T +...
Problem 6 Using Kirchhoff's rules, find the following. (& = 71.0 V, E = 60.2 V, and E3 = 79.2 V.) 4.00 k12 b d w E E, R3 C 89 Rg } 3.00 k12 2.00 k12 a R (a) the current in each resistor shown in the figure above (b) the potential difference between points c and f (c) which point, corf, is at the higher potential?