
please the problem solution... 5. Show that d In K AU® RT dT for a reaction...
Please show all work and answer all parts with an original
solution.
Find the solution rt) for the following 1-D heat oquation with homsgensous boundary condiions: au t > 0 u(0, t) 0, t >0 t>0, u(z,0) = 5 sin(2x)-14 sin(3x), Are there infinitely many terms in the solution for this initial boundary value problem? How many non-zero terms comprise the solution?
Problem 6 Show that dq dt Has a solution of L/Ck + k If EO) Eo and q(0) NOTE: This is a relatively long derivation. Show all your steps and recall the rules of exponents.
3. [20pt] For a reaction involving perfect gases, VAA + VRB = VCC + VD (a) (5pt) Define the equilibrium constants (Ky and Kc) in terms of partial pressure and molarity, respectively. RT Δν (b) (5pt) Based on the above definitions, show that K, = K (cºsp)” where Av = vc + vp - (VA + VB). (c) (10pt) Based on the above equation and van't Hoff equation, show that da neko - Aero (The van't Hoff equation can be...
Determine the equilibrium constant for the following reaction.
Please show work, thank you!
(forgot to add the equations)
16. U Understanding reactions involving normal components of air is essential for solving problems dealing with atmospheric pollution. Here is a reaction sequence involving Na and Oz, the most abundant gases in air. Nitrogen dioxide is a toxic pollutant that contributes to photochemical smog. Using the reactions given below, determine the equilibrium constant for the following reaction Understanding reactions involving normal components...
Just need help with d[N2]/dt please
18.1 Nitrogen pentoxide (N205) gas decomposes according to the reaction 2N2O5 = 4NO2 + O2 At 328 K, the rate of reaction v under certain conditions is 0.75 X 10-4 mol L-75-1. Assuming that none of the interme- diates have appreciable concentrations, what are the values of d[N2O5]/dt, d[N2]/dt, and d[02]/dt?
please show steps
Problem 9. (5 points) Cowen met L "sta) dr – 3 " sie)dt = 2. and 1” siedz – 5. Compute[ 3f(x) dx = 0
Please show work and
explain
ts19) For the reaction, C, H12(g) + 802(g)5 CO2(g) +6H20), AU-3524 kJ at 75°C. What is AH for the reaction? 244-3512 kJ -3518 kJ -3530 kJ -3536 kJ Point out of a
PLEASE ANSWER #2
Problem 1: Find the general solution for dx d?.x dt2 + 2k- + k.x = 0 dt where k is an arbitrary constant. Problem 2: Find a differential equation with solution -2.x -23 y = e cos(x) +e sin(x). Hint: Use the property that i2 = = -1 to simplify your work.
mol-i and For C(graphite)-C(diamond) at 298 K and one bar, Δ,Ho-+1.895 kJ A,S® =-3.363 JK-l spontaneous? 5. mol-1, Is this reaction spontaneous? Is the reverse reaction show that for the reversible expansion of one mole of an ideal gas:; Ti Vi if Cy f(T).
1.3 Show how d In K/dT = AH/RT2 can be used to obtain a plot where In K vs 1/T will yield AH° and ASO. (4)