The following reaction is taking place in a batch reactor,
A → R → S, where...
The following reaction is taking place in a batch reactor,
A → R → S, where R is the
desired product and A is the reactant, with a initial concentration
CA0 = 10 moles/volume). The rate
equations for this reaction are provided below. Draw the graph of
concentrations of A, R, and S
(CA, CR, and CS) with respect
to time t, when time changes in increments of 0.04 hours. Solve the
problem to obtain (1) maximum concentration of R,...
If S is the set of vectors in R^4 (S= {v1, v2, v3, v4, v5})
where,...
If S is the set of vectors in R^4 (S= {v1, v2, v3, v4, v5})
where, v1 = (1,2,-1,1), v2 = (-3,0,-4,3), v3 = (2,1,1,-1), v4 =
(-3,3,-9,-6), v5 = (3,9,7,-6)
Find a subset of S that is a basis for the span(S).
Fix a positive real number c, and let S = (−c, c) ⊆ R. Consider
the...
Fix a positive real number c, and let S = (−c, c) ⊆ R. Consider
the formula x ∗ y :=(x + y)/(1 + xy/c^2).
(a)Show that this formula gives a well-defined binary operation
on S (I think it is equivalent to say that show the domain of x*y
is in (-c,c), but i dont know how to prove that)
(b)this operation makes (S, ∗) into an abelian group. (I have
already solved this, you can just ignore)
(c)Explain why...
Let R be the relation on the set A = {1,2,3,4,5} where aRb
exactly when |a−b|...
Let R be the relation on the set A = {1,2,3,4,5} where aRb
exactly when |a−b| = 1. Let S be the relation on the set A where
aSb exactly when a = 1 or b = 4. 1. Find matrix representations and
digraph representations for both R and S. 2. Find matrix
representations for ¯ R and S^−1. 3. Find digraph representations
for R∩S and R◦S.
Question 6) Suppose X is a random variable taking on possible
values 0,2,4 with respective probabilities...
Question 6) Suppose X is a random variable taking on possible
values 0,2,4 with respective probabilities .5, .3, and .2. Y is a
random variable independent from X taking on possible values 1,3,5
with respective probabilities .2, .2, and .6. Use R to determine
the following.
a) Find the probability P(X*Y = 4)
b) Find the expected value of X.
c) Find the variance of X.
d) Find the expected value of Y.
e) Find the variance of Y.
P, Q, and R are three particles with respective electric charges
of +1.50 x 10-6 C,...
P, Q, and R are three particles with respective electric charges
of +1.50 x 10-6 C, -2.00 x 10-6 C, and +2.00 x 10-6 C. They are
placed in a straight line with P on the left and R on the right.
Each is separated from the adjacent one by a distance of 3.00 m.
What is the net force on P?
Here are two relations:
R(A,B): {(0, 1), (2,3), (0, 1), (2,4), (3,4)}
S(B, C): {(0, 1),...
Here are two relations:
R(A,B): {(0, 1), (2,3), (0, 1), (2,4), (3,4)}
S(B, C): {(0, 1), (2, 4), (2, 5), (3, 4), (0, 2), (3, 4)}
Compute the following: a) 11'A+B.A2,B2(R); b) 71'B+l,C-l(S); c)
TB,A(R); d) TB,c(S); e) J(R); f) J(S); g) /A, SUM(Bj(R); h)
IB.AVG(C)(S'); ! i) !A(R); ! j) IA,MAX(C)(R t:><1 S); k) R ~L
S; I) R ~H S; m) R ~ S; n) R ~R.B<S.B S.
I want to know the solution for j to m