Problem 7Purpose:Break apart a complicated system.Constants:C7:C13Gas-Sparge System Pmo794(DI/DT)^4.38DI0.36(DI2N/v)^0.115DT1.22(DIN2/g)^1.96(DI/Dt)N2.8(Q/NDI3)v8.90E-07Right Sideg9.81PM←ANSWERSQ0.00416Computed Pm917The difference between the Computed Pm and Calculated Pm Problem 8Purpose:Calculate Wind ChillConstants:ParametersWind Speed (km/h)a13.12Air Temp oC1020304050b0.621510c-11.370d0.3965-10-20←ANSWERS-30-40QuestionsThe formula to be used in E5 such that it can be filled down and across to make the table is: ….The name for cell B6 is …To modify this worksheet for Fahrenheit you need to ….. Problem 13Purpose:Calculate square roots using Heron's MethodConstants:N225Sqrt is←ANSWERSGuessN/GuessAverageTestError10 2 Project Topic Proposal Harita Patel Professor Dr. Bernard Parenteau CIS 4498 Date: 11/1/22 Project Topic Proposal The proposed topic is cyber security. My proposal in this software development project of this class is to develop cyber security software to be a tool that protects systems against malicious attacks and online threats. The software should b able to detect and block threats that can not be detected by antivirus. The technology to be used will be defensive Artificial intelligence. Cybersecurity professional experts can utilize guarded man-made consciousness (simulated intelligence) to distinguish or stop cyberattacks. Sagacious cybercriminals use innovations like hostile computer-based intelligence and ill-disposed AI since they are harder for conventional network protection instruments to identify. Offensive AI incorporates profound fakes, bogus pictures, personas, and recordings that convincingly portray individuals or things that never occurred or don't exist. Noxious entertainers can utilize ill-disposed AI to fool machines into breaking down by giving them mistaken information. Cybersecurity professionals can utilize cautious computer-based intelligence to recognize and prevent hostile man-made intelligence from estimating, testing, and figuring out how the framework or organization's capabilities. Defensive AI can reinforce calculations, making them more challenging to break. Network protection analysts can direct more extreme weakness tests on AI models. Artificial intelligence cautious apparatuses can precisely anticipate assault vectors, pinpoint the delicate region of the organization and frameworks, and even set it up groups for approaching occasions(Graham, Olson,& Howard, 2016). The progression of computerized data is developing a regular schedule making it progressively challenging to oversee and structure it or even to isolate what is significantly based on what is pointless. Confronted with this test, new encouraging advancement innovations are being created to bring 'information examination's to the following developmental level. Man-made consciousness (man-made intelligence), specifically, is supposed to become huge in many fields. A few types of computer-based inte.

1. Problem 7Purpose:Break apart a complicated
system.Constants:C7:C13Gas-Sparge
System
Pmo794(DI/DT)^4.38DI0.36(DI2N/v)^0.115DT1.22(DIN2/g)^1.
96(DI/Dt)N2.8(Q/NDI3)v8.90E-07Right
Sideg9.81PM←ANSWERSQ0.00416Computed Pm917The
difference between the Computed Pm and Calculated Pm
Problem 8Purpose:Calculate Wind
ChillConstants:ParametersWind Speed (km/h)a13.12Air Temp
oC1020304050b0.621510c-11.370d0.3965-10-20←ANSWERS-
30-40QuestionsThe formula to be used in E5 such that it can be
filled down and across to make the table is: ….The name for
cell B6 is …To modify this worksheet for Fahrenheit you need
to …..
Problem 13Purpose:Calculate square roots using Heron's
MethodConstants:N225Sqrt
is←ANSWERSGuessN/GuessAverageTestError10
2
Project Topic Proposal
Harita Patel
Professor Dr. Bernard Parenteau
CIS 4498
Date: 11/1/22

2. Project Topic Proposal
The proposed topic is cyber security. My proposal in this
software development project of this class is to develop cyber
security software to be a tool that protects systems against
malicious attacks and online threats. The software should b able
to detect and block threats that can not be detected by antivirus.
The technology to be used will be defensive Artificial
intelligence. Cybersecurity professional experts can utilize
guarded man-made consciousness (simulated intelligence) to
distinguish or stop cyberattacks. Sagacious cybercriminals use
innovations like hostile computer-based intelligence and ill-
disposed AI since they are harder for conventional network
protection instruments to identify. Offensive AI incorporates

3. profound fakes, bogus pictures, personas, and recordings that
convincingly portray individuals or things that never occurred
or don't exist. Noxious entertainers can utilize ill-disposed AI to
fool machines into breaking down by giving them mistaken
information. Cybersecurity professionals can utilize cautious
computer-based intelligence to recognize and prevent hostile
man-made intelligence from estimating, testing, and figuring
out how the framework or organization's capabilities. Defensive
AI can reinforce calculations, making them more challenging to
break. Network protection analysts can direct more extreme
weakness tests on AI models.
Artificial intelligence cautious apparatuses can precisely
anticipate assault vectors, pinpoint the delicate region of the
organization and frameworks, and even set it up groups for
approaching occasions(Graham, Olson,& Howard, 2016). The
progression of computerized data is developing a regular
schedule making it progressively challenging to oversee and
structure it or even to isolate what is significantly based on
what is pointless. Confronted with this test, new encouraging
advancement innovations are being created to bring 'information
examination's to the following developmental level. Man-made
consciousness (man-made intelligence), specifically, is
supposed to become huge in many fields. A few types of
computer-based intelligence empower AI like profound learning
can be utilized to perform prescient investigation. Their true
capacity for the guard space is enormous as simulated
intelligence arrangements are supposed to arise in basic fields,
for example, digital protection, choice of emotionally
supportive networks, risk the executives, design
acknowledgment, digital circumstance mindfulness, projection,
malware location, and information relationship to give some
examples.
We have proactively seen huge technological progress in self-
driving vehicles where an examination of the general climate is
made continuously and computer-based intelligence frameworks
steer vehicles independently under unambiguous conditions.

4. One of the expected utilization of man-made intelligence in
digital safeguards might be to empower the setting up of self-
designing organizations. It would imply that computer-based
intelligence frameworks could recognize weaknesses
(programming bugs) and perform reaction activities like self-
fixing. This opens better approaches to fortifying interchanges
and data frameworks' security by giving organization flexibility,
counteraction, and assurance against digital dangers. Digital
specialists concur that the human framework joining is a key
component that should be available in a simulated intelligence
network safety framework. Assuming we consider the fast
expected to play out any digital activity just machines are fit for
responding proficiently in the beginning phases of serious
digital assaults. Man-made intelligence can hence conquer the
shortages of conventional digital protection instruments(Austin,
2020). . It is likewise a strong component ready to improve
malware discovery rates utilizing a gauge of digital insight
information. Computer-based intelligence online protection
frameworks can gain from signs of give and take and might
have the option to match the attributes of little hints regardless
of whether they are dispersed all through the organization.
References
Austin, G. (2020).
Cyber security education: Principles and policies.
Routledge Studies in Conflict, Security and Technology.
Graham, J., Olson, R., & Howard, R. (2016).
Cyber security essentials. CRC Press.

5. Assignment: Project Plan Details
Your assignment this week includes the following:
· A detailed list and description of each feature and function
your project will contain. This will likely correspond to each
page or screen in your application
· A detailed list of all the data that your project will use: each
table/file and all the columns/fields within each
· A detailed plan of what functions you’ll be working on and
expect to complete each week
you'll develop detailed plans as to what functionality your
project will include, and your schedule. In addition to the
assignment, there is a discussion in which you'll informally
describe your project for your classmates. That should be quite
interesting to see what everyone is doing. There were several
very interesting ideas expressed in the first assignment and I'm
looking forward to seeing the detailed plans.
Note: Keep the topic the same as in the project topic proposal
assignment.
6. Electrical engineers use a color-coded system to identify the
value
of a resistor. Thus, a resistor with the banding colors green,
blue,

6. yellow, and gold has a value of 560 k�5%. Construct a
worksheet
similar to Figure 4.18. The user enters the digit 1 next to the
appropriate color for each band and the resistance is computed
in C19
with the help of table G3:I13. The multiplier is 10 raised to the
power
in column A. Check your results on the Internet. Cell C19 as the
custom format [<0.001]##0E+0;[<1000]#0.00;##0E+0, which
gives exponents in multiples of three. We shall expand on this
problem in later chapters. Clearly, we really should arrange
things
so that there is only a single 1 in each of the Bar columns.
7. Create a worksheet to solve the following system of
equations using
matrix algebra:
3x1�4x2 + 5x3 + 6x4 + 2x5 ¼ 62:5
x1 + 2x2 + 3x3 + 4x4 + 5x5 ¼ 19:5
6x1 + 7x2�4x3 + 2x4�x5 ¼ 15
5x1�5x2 + 2x3 + 5x4 + 7x5 ¼ 32

7. �3x1 + 5x2 + 6x3 + 2x4 + x5 ¼ 16
72 CHAPTER 4 Using Functions
PROBLEMS - CHAPTER 4
2. *To measure the index of refraction μ of a liquid with an
Abbe
refractometer, a drop is placed between two prisms and a mirror
is
rotated until the boundary of the light and dark zones align with
the
crosshairs in a microscope. The index of refraction of the liquid
is
given by the following equation in which the angle of rotation is
θ and μg is the refractive index of glass (1.51). For liquid A, the
value of θ was found to be 150°, and for B, it was 75°. Using a
worksheet, find μ for each liquid:
μ¼p1ffiffiffi
2
μ2g� sin2 θ
� 1=2�
+ sin θ
� �

8. 7. The possibility of a typo increases as the formula to be
entered getsmore
complex. Sometimes, it is advisable to break the problem into
steps and
obtain answers in which you have confidence. Then, you can
attempt to
code the problem in a simple formula. We will look at an
example.
An engineer working with a gas-sparging system needs to
compute
Pm from the equation:
log10
Pm
Pmo
� �
¼ 192
Dl
DT
� �4:38 D2
l

9. N
v
!0:115
DlN
2
g
� �1:96
Dl
DT
� �
Q
ND3
l
� �
Make a worksheet similar to Figure 2.28 by computing the four
variable terms on the right-hand side of the equation separately
in
1
2
3
4
5
6
7
8

10. 9
A B C D E
Gas-Sparge System
Pmo 794 (Dl/DT)^4.38 0.004768
Dl 0.36 (Dl²N/v)^0.115 4.415957
DT 1.22 (DlN²/g)^1.96(Dl/Dt) 0.486494
N 2.8 (Q/NDl³) 0.031844
v 8.93E-07 Right side 0.06263
g 9.81 Pm 917
Q 0.00416
Computed Pm 917
n FIGURE 2.28
34 CHAPTER 2 Basic Operations Chapter 2 Problems
E2:E5. They are combined with the 192 constant in E6 and Pm
is
computed in E7. You should check each term with a hand
calculator.
Then, in B9, enter a single formula to compute Pm. In a real-life
situation, once agreement has been reached between B9 and E7,
the
range D2:E7 could be deleted.
8. *When a person stands in the wind, the air feels colder than
when the
air is still. The apparent temperature is called the wind chill
(Twc) and

11. is computed from the formula shown in Figure 2.29 where Ta is
the
air temperature. The values shown for parameters a through d
are for
degrees Celsius computations. Ta is the air temperature and V
the
wind velocity. For Fahrenheit computations, use 35.74, 0.6215,
�35.75, and 0.4275 for the parameters and express V in mph.
The
cells B4:B7 have been named by the letters to the right.What
formula
can be used in E5 such that it can be filled down and across to
make
the table? Be careful with the name for the cell B6. Can you
easily
modify your worksheet for Fahrenheit work?
13. Recursion may be used to solve certain mathematical
problems.
The Babylonian (also called Heron’s) method to find square
roots is
summarized by the recursive equation: xi+ 1 ¼ 1
2

12. xi +
N
xi
� �
: Or in
words, (1) make a guess, (2) divide your original number by
your
guess, (3) find the average of these two numbers, and (4) use
this
average as your next guess. Make a worksheet similar to that in
Figure 2.33 and test it for various values of N. Later, we shall
meet
the SQRT function.
37Play It Again, Sam