Consider the reaction: 2X(g) + Y (S) --- 2Z (g) + P (g)
At equilibrum a...
Consider the reaction: 2X(g) + Y (S) --- 2Z (g) + P (g)
At equilibrum a 5 L reaction vessel is found to contain:
.20 mol of X, .40 mol of Y, .30 mol of Z, and .25 mol of P.
What is the value of equilibrium constant?
The equilibrum constant Kc is 0.01323 for the reaction: CCl4 (g)
<----> C(s) + 2 Cl2 (g)
At 300k a 5L flask originally contained 0.0828M of CCl4, 0.0444
M of C and 0.0546M of Cl2. Determine the concentration of Cl2 when
equilibrium is reached.
State the linearity of the equation: x (y^2 + 2z) p − y (x^2 +
2z) q = (x^2 −y^2) z. Find the general solution, and then the
particular solution that passes through the line: x + y = 0, z =
2.
Linearity is the category to which it belongs among: linear,
quasi-linear or non-linear.
solve by determinants
a.x+y+z=0
3x-y+2z=-1
2x+3y+3z=-5
b. x+2z=1
2x-3y=3
y+z=1
c. x+y+z=10
3x-y=0
3y-2z=-3
d. -8x+5z=-19
-7x+5y=4
-2y+3z=3
e. -x+2y+z-5=0
3x-y-z+7=0
-2x+4y+2z-10=0
f. 1/x+1/y+1/z=12
4/x-3/y=0
2/y-1/z=3
Consider the context-free grammar G = ( {S}, {a, b}, S, P) where
P = { S -> aaSb | aab }.
Construct a NPDA M that such that L(M) = L(G).
I would like the transition graph for this NPDA please.
Consider the reaction 2KHSO3(s) ⇌ K2SO3(s) + H2O(g) + SO2(g) at
equilibrium. What happens to the partial pressure of H2O(g) if the
volume of the reaction flask is doubled? (increases, decreases,
nothing)
Consider the following reaction at 0ºC: S(s) + 4NO(g) ↔
SO2(g) + 2N2O(g). A student places 0.025
moles of solid sulfur and 0.100 moles of nitrogen monoxide gas in a
closed 1.00 L container at 0ºC for several days. Calculate the
number of molecules of NO in the 1.00L container after equilibrium
is reached, given the following thermodynamic data:
S(s)
NO(g)
SO2(g)
N2O(g)
31.9
211
256
220 Sº (J K-1
mol-1)
0.00
90.4
-297
81.6 ΔHºf(kJ mol-1)
My...