2IBr(g) -------------> I2(g) + Br2(g)
I 2.2*10^-2 0 0
C -2x +x +x
E 2.2*10^-2-2x +x +x
Kp = PI2 * PBr2/P^2IBr
8.5*10^-3 = x*x/(2.2*10^-2-2x)
8.5*10^-3*(2.2*10^-2-2x) = x^2
x = 0.0076
PI2 = x = 0.0076atm
PBr2 = x = 0.0076atm
part-B
The partial pressure of I2 = 0.0076atm
part-C
The partial pressure of Br2 = 0.0076atm
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sen(2u) if we know that cos(u)=8/ square root 64+25x^2 sin(2u) if cos(u)=8/ square root 64+25x^2 Sen (zu) si sabemos que cos (u)- √64+ 25x²
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Transform the polar equation to an equation in rectangular coordinates. Identify and graph the equation. TA CSC 0-5 | | | | Choose the correct equation below. 04. x2+(y- D - 08. x2+(-3)?- No NICO o NINI NE SEN 00. =(3+5)2 = Which of the following graphs the equation TCSC 0 = 5? OA OC 341 - Q 3 .
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Let 0 < a <b<e<d for a, b, c, d E R. Consider the set S={(u, ujo < u < 1, 0<u<1) and let D be the region in the r-y plance that is the image of S under the variable transformation (a) Sketch D in the r-y plane for the case ad - be>0. (a) Sketch D in the r-y plane for the case ad - be < 0. (c) Calculate the area of D. Show all working.
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