Question

1: Write down equations and describe each term explicitly.

a. The exergy balance.

b. The exergy balance for the closed system.

c. The exergy balance for adiabatic closed system.

d. The exergy balance for the control volume system.

e. The exergy balance for the steady flow system.

f. The exergy destruction for the steady, single stream, adiabatic
control volume system.

Answer #1

Q. 1 For each of the following experiments explicitly write
down, enumerate or describe the sample space Ω, the possible
outcomes of the experiment and possible events associated with the
experiment:
1. A manufacturer of an integrated circuit tests 4 circuits in a
row to determine whether each meets quality objectives

Q. 1 For each of the following experiments explicitly write
down, enumerate or describe the sample space Ω, the possible
outcomes of the experiment and possible events associated with the
experiment: A manufacturer of an integrated circuit tests a
sequence of circuits until it sees a failure
Also, enumerate the outcomes associated with following event:
The set B corresponding to the event “it takes more than 4 test
before seeing the first failure”.

write the balance chemical equations for the (1) reaction of
each of the following amines with water and (2) neutralization with
HBr: a. ethylmethylamine b. propylamine c. N-methylanaline

Write the mass balance equation for a plug-flow system stream
with a second order decaying substance, C.
Find the steady state concentration of C 5km downstream.
The rate constant is 0.3 L mg-1 day-1,
the mean velocity of the river is 0.5 m/s,
and the concentration of C at x=0 is 100mg/l.
Sketch a plot of 1/C as a function of x.

1) Calculate the commutation [Px, x], [Py, x], and [Px, Py]
2) Write down explicitly the position, momentum, angular
momentum and the kinetic energy operators.
3) Express the following by using the Bra-Ket notation (discrete
case)
a. Orthogonality of basis vectors
b. Normalization
c. Expansion of any arbitrary state and expansion coefficient

Complete and balance the following equations. For each, write
the molecular, ionic, and net ionic equations. (All the products
are soluble in water.)
Include states in your answer.
A) Enter the balanced molecular
equation:
Ca(OH)2(aq) + HNO3(aq) ---->
B) Enter the balanced ionic
equation:
Ca(OH)2(aq) + HNO3(aq) ---->
C) Enter the balanced
net ionic equation:
Ca(OH)2(aq) + HNO3(aq) ---->
D)
Enter the balanced molecular equation:
Al2O3(s) + HCl(aq) ---->
E) Enter the
balanced ionic equation:...

Complete and balance the following equations. For each, write
the molecular, ionic, and net ionic equations. (All the products
are soluble in water.)
Include states in your answer.
A) Enter the balanced molecular equation:
Ca(OH)2(aq) + HNO3(aq)
---->
B) Enter the balanced ionic equation:
Ca(OH)2(aq) + HNO3(aq)
---->
C) Enter the balanced net ionic equation:
Ca(OH)2(aq) + HNO3(aq)
---->
D) Enter the balanced net ionic equation:
Ca(OH)2(aq) + HNO3(aq)
---->
E) Enter the balanced molecular equation:
Al2O3(s) + HCl(aq)
---->...

The following to be done for the reactants given: a. Write the
chemical equations for the reaction (both reactants and products).
b. Balance the equations. c. Identify the types of reactions:
synthesis, decomposition, single displacement, double displacement
or combustion. d. If the equation is a single or double
displacement reaction, determine what is oxidized and reduced. 1.
barium iodide and sodium nitrate 2. hydrochloric acid and calcium
hydroxide 3. aluminum bromide and magnesium 4. calcium and oxygen
gas 5. copper...

f(x) Write a formula or
describe a method for identifying each of these characteristics of
f(x).
a) x-intercepts
b) y-intercepts
c) vertical asymptotes
d) horizontal asymptotes
e) holes in the graph
f) intervals where f(x) is positive or
negative
g) Describe f(x) if the horizontal asymptote is
y 0.

Find the following objects. Write down the palette on which each
can be found.
a. Round LED
b. Add Function
c. Or Function
d. String control
Need Labview.

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