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I have an assignment in the octave program and it depends on the student number. I will dell to do 5 projects if the money was too much few I will dell with new budget

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Military Technological College

Coursework

Department: Systems

Computer Aided Software

MTCS4001

Date Set: 7/06/2020

Artefact: 3 of 4

Contribution: 15%

Lecturer:

Dr. Mohammad Jaweed Ameen

Due Date: 11/06/2020

Plagiarism

Please be aware that any form of academic misconduct (including plagiarism and cheating) will be dealt

with according to the MTC Academic Integrity and Misconduct Policy. Students must submit their own

original work and where required, referenced appropriately so as to avoid penalties.

When referencing the work of others, please refer to the MTC Referencing Guide.

Hand in:

Submit your report exam office on or before 11.06.2020 (During office Hours) .

Aims:

The aims of this coursework are:

ο· To introduce computer aided software for numerical computations and in particular familiarizing

with the computer aided software, basic commands through the Command window and output

through the Graph window.

Module learning outcomes assessed by this coursework:

On successful completion of this assignment, students will be expected, at threshold level, to be able to:

Demonstrate knowledge and ability in simulating engineering and mathematical problems [LO 7].

ο·

Task:

1. Using script file in computer aided software,

a) Sketch the graph of

π¦ = π ππ2π₯

b) Sketch the graph of

π¦ = π₯2 β 2

c) Sketch π₯ + π¦ = 3 πππ 4π₯ β π¦ = 7 on the same graph.

[9 Marks]

2. Using script file in computer aided software to,

a) Find the points where P(x) cuts the x-axis. It is given that

π(π₯) = 30π₯ 5 β 166π₯ 4 β 542π₯ 3 + 2838π₯ 2 + 1520π₯ β 800

Military Technological College β Oman

Page | 1

π

2π₯

β«0 β«0 (1 + π₯ + 2π¦) ππ¦ ππ₯

b) Evaluate

where p is the average of first

and second digit of your students ID

[For example: If your student ID is 152734 then π =

π+π

π

= π]

[9 Marks]

3. Using script file in computer aided software, Compute the following:

a) 3π΄ β 2π΅

b)

π΄π

c) (π΄)β1

Where

β2

1

π΄= 5

1

[0

5

7

3

0

1

0

0

1

3

0

0

1

0

8

1

1

0

0 ,

5

10]

4 2 6 β8 2

0 14 8 4 12

π΅ = 0 0 2 10 2

0 0 0 4

8

[0 0 0 8 16]

[9 Marks]

Μ ; πβ = 3πΜ β 3πΜ + 4πΜ where

4. Given πβ = π₯πΜ + π¦πΜ + π§πΜ ; πββ = π’πΜ β π£πΜ + π€π

x, y, z are the first three consequtive digit and u,v, w are the last

consequtive (from left to right) digit respectively of your SID. Using script

file in computer aided software, find the following:

a) Find the work done by the force πβ moving an object through a

displacement πββ.

b) Find a vector normal to πβ and perpendicualar to both πββ πππ πβ.

3

c) βπβ + πβββ

[For example: If your student ID is 152734 then x=1, y=5, z=2 u=7,v=3, w=4]

[9 Marks]

5. With the use of script file in computer aided software,

a) Find

ππ π

πππ

πππ

ππ π

ππππ

Military Technological College β Oman

where π = ππ + ππ + πππ

Page | 2

b) Use the initial condition

π₯(0) = 2

to find the particular solution of

ππ₯

ππ‘

β 2π₯ = 2π 3π‘

[9 Marks]

6. Write a program to display your name , ID and average of your ID digits. [5 Marks]

Background: Matrices, Vectors, Multivaiable, Multiple integral, differential eqution.

Equipment: Computer.

Procedure: This course work would be done in computer aided software.

Assessment Components

LO #

Assessment Component

Weight

1

Task understanding

10%

2

Comments

20%

3

Code

50%

4

Output

20%

Reading / References:

The Module teaching notes will be issued to students by the course team at the start of the Module.

Other References: Hahn, B and Valentine, D (5th ed), 2013, Essential MATLAB for Engineers and Scientists,

Military Technological College β Oman

Page | 3

Academic Press. It is available in the library.

Notes:

ο·

Further guidance will be given during taught sessions.

ο·

Retrieval of failure will be as detailed in the Module Descriptor.

Method of feedback to the students

Feedback will be provided to the student using following methods; place a (X) as appropriate.

This coursework is submitted through Turnitin or assessment sheet or both. Feedback will be

provided through Turnitin only.

This coursework is submitted through Turnitin. In addition to Turnitin, feedback through

Assessment Sheet will be provided.

This coursework is submitted manually. Feedback will be provided through the Assessment

sheet only.

The Military Technological College regulations require students to keep electronic copies

of all assignments, and submit these at any time upon request.

Military Technological College β Oman

Page | 4

Submission

Submit your report via the Turnitin link on Moodle before the due date.

Before you submit your work, check your work and consider the following points:

Covering information

Title/cover page clearly shows:

ο¨ Student number(s)

ο¨ Assignment title

ο¨ Module title

Results and Discussion

ο¨ I/We present the test results clearly and with the support β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦.

ο¨ I/We discuss the relationship β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦..

ο¨ I/We consider the β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦

ο¨ I/We have provided a conclusion β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦..

Other sections of the report

ο¨ I/We state the aim of the work

ο¨ I/We briefly describe the test procedures involved in analysing β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦..

ο¨ I/We show a worked example of the calculations β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦

β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦

ο¨ I/We clearly identify β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦..

ο¨ I/We link the conclusion back to the aim of the work

Overall presentation

ο¨

ο¨

ο¨

ο¨

ο¨

ο¨

ο¨

The structure of my report conforms to β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦ report

Where I/We use a reference I list it using the Harvard format

Report is clear and concise

I/We specify S.I. units for all values quoted

Tables and graphs are correctly numbered and labelled

I/We write in impersonal, past tense

I/We make correct use of grammar, spelling and punctuation

Military Technological College β Oman

Page | 5

Grade Criteria

Please refer to the grade descriptors given in the Student Handbook. The following table shows specific

features of work at each grade for this particular coursework and level of study.

Grade (%)

80+

70-79

60-69

50-59

40-49

30-39

0-29

Specific Features

Results presented in an outstanding fashion and discussion shows evidence of thorough

understanding of the subject matter, showing some originality or creativity.

Other sections of the report are very clear and logical, making outstanding use of

references beyond the material provided as part of the module.

Report is of outstanding quality, written in impersonal past tense with no errors.

Results presented in an excellent manner and discussion shows evidence of thorough

understanding of the subject matter.

Other sections of the report are very clear and logical, making excellent use of

references beyond the material provided as part of the module.

Report is of excellent quality, written in impersonal, past tense with few or no errors.

Results presented very well and discussion shows evidence of understanding of the

subject matter.

Other sections of the report are clear and logical. Appropriate references used.

Report is well-presented and correctly structured, with few errors in use of units, citation

of references and format of graphs and tables.

Results suitably presented and described. Discussion shows evidence of consideration

of the significance of the results.

Adequate description of procedures and aims. Some references given beyond provided

material.

Report is generally consistent in presentation and follows instructions given with some

errors.

Results suitably presented and described.

Adequate description of procedures and aims. Some references given but relies on

material provided.

Referencing and presentation attempt to follow instructions given.

Incomplete results, little or no discussion.

Inadequate description of experiment and aims. No or very few references given.

Poor, inconsistent presentation. Incorrect structure.

No serious attempt to carry out the work required or address the problem posed.

Military Technological College β Oman

Page | 6

Military Technological College

Assessment Sheet

Module: MTCS4001

Date of submission:

COURSE WORK

Student Number:

(15% of unit total)

Assessor / Second Marker:

L

O

#

Assessment

Component

1

Task Understanding

/ assignment

submision

2

Comments

Fail (0-39%)

(or range of marks

available out of

maximum achievable

for component β e.g. (0

to 1)/10)

Irrelevant to very poor

or no real attempt to

tackle the task at hand.

Irrelevant to very poor

or no real attempt

30.04.2020

% Mark

Pass (40-49%)

Threshold

Good (50-59%)

Very Good (60-69%)

Excellent (70-100%)

Mark

Adequate attempt to

understand task

Correct use of

terminology.

Good understanding

of task, Clear/Neat

assignment

submission – Correct

use of terminology.

Very good

understanding of

task. Very well

presented clear/neat

report – Correct use

of terminology.

Excellent to

outstanding

understating of task,

Excellent

presentation and

formatting of

Assignment.

Mark awarded

Few comments

/description of task

Good and clear

comments. Correct

use of terminology.

Very good and clear

comments on each

code.

Excellent description

and all comments for

each code.

Mark awarded

/

Maximum

available for

component

/

Maximum

available for

component

Military Technological College β Oman

Page | 7

3

5

Code

Analysis of Output

Irrelevant to very poor

or no code is provided

No to very little or

irrelevant output

Military Technological College β Oman

Adequate attempt to

write code.

Reasonable (but

perhaps lacking in

depth) analysis of

results accompanied by

some graphs.

Reasonable conclusion.

Good attempt were

made. Codes are clear.

Good analysis of

results with clear

understanding of

analysis method. Clear

accompanying graphs.

Good conclusion.

Codes are written

very good and clearly

Very good analysis of

results with clear

understanding of

analysis method.

Very clear and wellpresented

accompanying

graphs. Very good

conclusion

evidencing good

understanding of

underlying

experiment.

Page | 8

Codes are written

excellently. Every

code is written

clearly.

Mark awarded

. Excellent analysis of

results. Outstanding

discussion and

presentation of

results. Clear

understanding of

work carried out and

analysis method

involved. Link to

material not studied

made. Excellent in

depth conclusion

which shows

thinking beyond the

scope of the module.

Mark awarded

/

Maximum

available for

component

/

Maximum

available for

component

Additional comments

Further comments can be made overleaf

Signature: β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦

Military Technological College β Oman

Date: β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦

Page | 9

Military Technological College

Systems Engineering

Log book (MATLAB or Octave Assignment) Please choose appropriate

June 2020

Student Name: _________________

Student ID:

_________________

*** Delete this page after you become more familiar with MS Word formatting ***

Notes: Read the instructions in Word Help with these keywords:

β’

Turning On Show All Formatting Marks to see hidden characters

β’

Insert Page Number, and modifying Headers

Final Date for Submission: 11th June 2020

Attention: Convert this word file into pdf form after finishing assignment for

uploading in Moodle.

ENGINEERING MATHEMATICS

MTCS4001

Question Number 1:

Matlab/Octave Code (Donβt forget add comments and description of program)

% a)

clear all % Headings required by octave

clc

x= [-3:0.1:3] % define the range of x

plot (x, sin(2*x)) % use the plot(x,y) command to create a 2D plot

% b)

clear all % Headings required by octave

clc

x= [-10:1:10] % define the range of x

plot (x, x.^2 – 2) % use the plot(x,y) command to create a 2D plot

% c)

clear all % Headings required by octave

clc

x= [-5:1:5] % define the range of x

plot (x,3-x) % use the plot(x,y) command to create a 2D plot (First Graph)

hold % a command to plot another function in the same graph

plot (x,4*x -7) % use the plot(x,y) command to create a 2D plot (Second Graph)

Program output copy and paste here (You can use snipping tool which available in windows)

* Use snipping tools from windows to copy and paste the screen shots of output in this box.

a)

2

ENGINEERING MATHEMATICS

MTCS4001

b)

c)

3

ENGINEERING MATHEMATICS

MTCS4001

Question Number 2a:

Matlab/Octave Code (Donβt forget add comments and description of program)

clear all

clc

%Headings required by octave

% Solve for y=0

pkg load symbolic % enter command to load pkg

syms x % Define the variable x

eqn = 30*x.^(5) – 166*x.^(4) – 542*x.^(3) + 2838*x.^(2) + 1520*x

– 800 == 0; %Substitute P(x) by zero

xInt = double(solve(eqn)) % x values where y=0

Program output copy and paste here (You can use snipping tool which available in windows)

a)

So, the points where P(x) cuts the x-axis are (-4 , 0) , (

βπ

π

, 0) , (

π

π

, 0) and (5 , 0)

Question Number 2b:

Matlab/Octave Code (Donβt forget add comments and description of program)

clear all

clc

%Headings required by octave

pkg load symbolic % enter command to load pkg

g = @(x,y) 1+x+2*y %Define the function f(x,y)

A = integral2(g, 0, 4.5, 0, @(x) 2*x) % Evaluate a double integral of the

function.

Program output copy and paste here (You can use snipping tool which available in windows)

4

ENGINEERING MATHEMATICS

MTCS4001

Question Number 3:

Matlab/Octave Code (Donβt forget add comments and description of program)

clear all %Headings required by octave

clc

format rat % a Command to convert the answer to rational format

A = [-2,5,0,0,1 ; 1,7,0,1,0 ; 5,3,1,0,0 ; 1,0,3,8,5 ; 0,1,0,1,10]

%Matrix A

B = [4,2,6,-8,2 ; 0,14,8,4,12 ; 0,0,2,10,2 ; 0,0,0,4,8 ;

0,0,0,8,16] % Matrix B

% a) c = 3A – 2B

c = 3*A – 2*B

% b) d = AT

d = A’

% a command to get the transpose of matrix A (AT)

% c) f = A-1

f = inv(A) % a Command to get the inverse of matrix A (A-1)

Program output copy and paste here (You can use snipping tool which available in windows)

a)

b)

c)

5

ENGINEERING MATHEMATICS

MTCS4001

Question Number 4:

Matlab/Octave Code (Donβt forget add comments and description of program)

clear all

clc

%Headings required by octave

% My ID is 1803064

% So, a = i + 8j and b = 6j + 4k

a = [1,8,0]

% Vector a

b = [0,6,4]

% Vector b

c = [3,-3,4] % Vector c

% a) W = F.d = a . b =

W = dot (a,b)

% Vector a dot Vector b

% b) u = Vector perpendicular to (b and c) = b x c =

u = cross(b,c) % Vector b cross Vector c

%c) v = β πβ +πβ β3 =

v = (norm(a + b)).^3 % find β πβ +πβ β3

Program output copy and paste here (You can use snipping tool which available in windows)

a)

b)

c)

6

ENGINEERING MATHEMATICS

MTCS4001

Question Number 5 a:

Matlab/Octave Code (Donβt forget add comments and description of program)

clear all

clc

%Headings required by octave

pkg load symbolic % enter command to load pkg

syms u(y,x) % declare variables

u = x.^(3)+y.^(3)+3*x*y % Define the function f(x,y)

β’

%

ππ π

=a

πππ

a = diff(u,x,2) % find the second divertive of the function f(x,y) with respect

to x

β’

%

ππ π

ππππ

=b

b = diff(u,x,y) % find the second divertive of the function f(x,y) with respect

to x and y

Program output copy and paste here (You can use snipping tool which available in windows)

β’

β’

Question Number 5 b:

Matlab/Octave Code (Donβt forget add comments and description of program)

clear all

clc

% Rearranging

% Headings required by octave

ππ₯

ππ‘

ππ₯

β 2π₯ = 2π 3π‘ gives: ππ‘ = 2π₯ + 2π 3π‘

pkg load symbolic % enter command to load pkg

syms x(t) % declare variables

eqn = diff(x,t) == 2*x + 2*exp(3*t); % specify the ODE using diff() and the

equation by using ==

cond = x(0) == 2; % specify initial condition

S = dsolve(eqn,cond) % solve the equation using “dsolve”

7

ENGINEERING MATHEMATICS

MTCS4001

Program output copy and paste here (You can use snipping tool which available in windows)

Question Number 6:

Matlab/Octave Code (Donβt forget add comments and description of program)

clear all %Headings required by octave

clc

% Name: Abdul Rahman Al Rahbi

% ID: 1803064

x = [1 8 0 3 0 6 4] % Vector x (ID digits)

Average = mean (x) % average of my ID digits

Program output copy and paste here (You can use snipping tool which available in windows)

8

Military Technological College

Coursework

Department: Systems

MTCS4001

Computer Aided Software

Date Set: 16.05.2021

Artefact: 3 of 4

Contribution: 10%

Lecturer:

Dr. Mohammad Jaweed

Ameen

Due

Date:20.05.2021

Plagiarism

Please be aware that any form of academic misconduct (including plagiarism and cheating) will be dealt

with according to the MTC Academic Integrity and Misconduct Policy. Students must submit their own

original work and where required, referenced appropriately so as to avoid penalties.

Submission Through Moodle:

Submit your report through Moodle before the due date shown above.

Aims:

The aims of this coursework are:

ο· To introduce computer aided software for numerical computations and in particular familiarizing

with the computer aided software, basic commands through the Command window and output

through the Graph window.

Module learning outcomes assessed by this coursework:

On successful completion of this assignment, students will be expected, at threshold level, to be able to:

LO:7 Demonstrate knowledge and ability in simulating engineering and mathematical problems.

ο·

Task:

1. Using script file in MATLAB/OCTAVE,

a) Sketch the graph of

π¦ = π₯3

b) Sketch the graph of

π¦ = 2πππ 3π₯

c) Sketch π¦ = πππ₯ πππ π¦ = π π₯ on the same graph.

2.

[8 Marks]

Using script file in MATLAB/OCTAVE to,

a) Find the values a, b and c of the upward velocity of rocket approximated by polynomial as

π£(π‘) = ππ‘ 2 + ππ₯ + π, 5 β€ π‘ β€ 12

Where velocity of the rocket is given at three different times on the following table.

Military Technological College β Oman

Page | 1

Time, t

Velocity, v

(s)

(m/s)

5

106.8

8

177.2

12

279.2

b) Compute πΌ1 , πΌ2 , πΌ3 after forming system of equations for the following circuit:

[8 Marks]

3. Using script file in MATLAB/OCTAVE to,

π

β«02 π ππ2π₯ ππ₯

a) Evaluate

b)

Evaluate

π

π

π₯2

β«0 β«0 (π₯ + 4π¦ 2 ) ππ¦ ππ₯

2π

3π

c) Evaluate β«0 β«0 β«0 π₯π¦π§ ππ§ππ¦ππ₯

d) Find the volume under the surface π§ = π₯ 2 π¦ β

π₯π¦ 2

4

over the rectangle bounded by the lines π₯ =

0 π‘π π₯ = 150π πππ π¦ = 0 π‘π π¦ = 150π

where p is the average of digit studentβs ID

1+2+3+4+5+6

6

[Example: If 123456 is studentβs ID then

π=

= 3.5]

[8 Marks]

Military Technological College β Oman

Page | 2

4. (i) Using script file MATLAB/OCTAVE, Compute the following:

a) π΅π΄

b)

Determinant of π΄π

c) ππππππ‘πππ (π΅)

Where

3

4

π΄= 1

1

[0

2

7

3

0

1

0

0

1

3

0

0

1

0

8

1

5

0

0 ,

5

2]

2

0

π΅= 0

0

[0

1

5

0

0

0

1

8

2

0

0

β3 2

4 1

10 2

4 5

8 1]

(ii) Write a program without using function to compute addition of two matrices (size of matrix

will be 2×2).

[8 Marks]

5. Using script file MATLAB/OCTAVE, find the area of the triangle determined by the points

π1 (2,2,0), π2 (β1,0,2), π3 (0,4,3)

[8 Marks]

6.

With the use of script file in MATLAB/OCTAVE,

a) Find

ππ π

π¦ 2 πππ β 2π¦

ππ π

ππ π

ππ

+ πππ β ππ

ππππ

π

where

π = ππ β πππ + ππ β πππ + π

b) Use the initial condition y(Third digit of your SID*)= average of all your SID*

to find the particular solution of

ππ¦

β2π¦ ππ₯ + π₯ 2 + 2π₯ 4 = 0

[8 Marks]

* SID: Student Identification Number. [Example: If 123456 is studentβs ID then third digit is 3 and

π΄π£πππππ =

1+2+3+4+5+6

6

= 3.5]

Military Technological College β Oman

Page | 3

7. Write a program to display your name , ID and average of your ID digits.

[2 Marks]

Background: Matrices, Vectors, Multivaiable, Multiple integral, differential eqution.

Equipment: Computer.

Procedure: This course work would be done in computer aided software.

Military Technological College β Oman

Page | 4

Assessment Components

LO #

Assessment Component

Weight

1

Task understanding

10%

2

Comments

20%

3

Code

50%

4

Output

20%

Reading / References:

The Module teaching notes will be issued to students by the course team at the start of the Module.

Other References: Hahn, B and Valentine, D (5th ed), 2013, Essential MATLAB for Engineers and Scientists,

Academic Press. It is available in the library.

Notes:

ο·

Further guidance will be given during taught sessions.

ο·

Retrieval of failure will be as detailed in the Module Descriptor.

Method of feedback to the students

Feedback will be provided to the student using following methods; place a (X) as appropriate.

This coursework is submitted through Turnitin or assessment sheet or both. Feedback will be

provided through Turnitin only.

This coursework is submitted through Turnitin. In addition to Turnitin, feedback through

Assessment Sheet will be provided.

This coursework is submitted through Moodle. Feedback will be provided through the

Assessment sheet only.

The Military Technological College regulations require students to keep electronic copies

of all assignments, and submit these at any time upon request.

Military Technological College β Oman

Page | 5

Submission

Submit your report on Moodle before the due date.

Before you submit your work, check your work and consider the following points:

Covering information

Title/cover page clearly shows:

ο¨ Student number(s)

ο¨ Assignment title

ο¨ Module title

Results and Discussion

ο¨ I/We present the test results clearly and with the support β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦.

ο¨ I/We discuss the relationship β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦..

ο¨ I/We consider the β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦

ο¨ I/We have provided a conclusion β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦..

Other sections of the report

ο¨ I/We state the aim of the work

ο¨ I/We briefly describe the test procedures involved in analysing β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦..

ο¨ I/We show a worked example of the calculations β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦

β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦

ο¨ I/We clearly identify β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦..

ο¨ I/We link the conclusion back to the aim of the work

Overall presentation

ο¨

ο¨

ο¨

ο¨

ο¨

ο¨

ο¨

The structure of my report conforms to β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦ report

Where I/We use a reference I list it using the Harvard format

Report is clear and concise

I/We specify S.I. units for all values quoted

Tables and graphs are correctly numbered and labelled

I/We write in impersonal, past tense

I/We make correct use of grammar, spelling and punctuation

Military Technological College β Oman

Page | 6

Military Technological College

Assessment Sheet

Module: MTCS4001

Date of submission:

COURSE WORK

Student Number:

(15% of unit total)

Assessor / Second Marker:

L

O

#

Assessment

Component

7

Fail (0-39%)

(or range of marks

available out of

maximum achievable

for component β e.g.

(0 to 1)/10)

06.05.2021

% Mark

Pass (40-49%)

Threshold

Good (50-59%)

Very Good (6069%)

Excellent (70100%)

Mark

Mark awarded

Task

Understanding /

assignment

submision

Irrelevant to very poor

or no real attempt to

tackle the task at

hand.

Adequate attempt to

understand task

Correct use of

terminology.

Good understanding

of task, Clear/Neat

assignment

submission – Correct

use of terminology.

Very good

understanding of

task. Very well

presented

clear/neat report Correct use of

terminology.

Excellent to

outstanding

understating of

task, Excellent

presentation and

formatting of

Assignment.

Comments

Irrelevant to very poor

or no real attempt

Few comments

/description of task

Good and clear

comments. Correct

use of terminology.

Very good and

clear comments on

each code.

Excellent

Mark awarded

description and all

comments for each /

code.

Maximum

available for

component

Military Technological College β Oman

Page | 7

/

Maximum

available for

component

Code

Irrelevant to very poor

or no code is provided

Adequate attempt to

write code.

Good attempt were

made. Codes are

clear.

Codes are written

very good and

clearly

Additional comments

Further comments can be made overleaf

Signature: β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦

Military Technological College β Oman

Date: β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦β¦

Page | 8

Codes are written

excellently. Every

code is written

clearly.

Mark awarded

/

Maximum

available for

component

Military Technological College

Systems Engineering

Log book ( MATLAB or Octave Assignment ) Please choose appropriate

May 2021

Student Name: _________________

Student ID:

_________________

*** Delete this page after you become more familiar with MS Word formatting ***

Notes: Read the instructions in Word Help with these keywords:

β’

Turning On Show All Formatting Marks to see hidden characters

β’

Insert Page Number, and modifying Headers

Final Date for Submission: 20th May 2021

Attention: Convert this word file into pdf form after finishing assignment for

uploading in Moodle.

ENGINEERING MATHEMATICS

MTCS4001

Question Number 1:

Matlab/Octave Code (Donβt forget add comments and description of program)

Program output copy and paste here (You can use snipping tool which available in windows)

* Use snipping tools from windows to copy and paste the screen shots of output in this box.

Question Number 2:

Matlab/Octave Code (Donβt forget add comments and description of program)

Program output copy and paste here (You can use snipping tool which available in windows)

Question Number 3:

2

ENGINEERING MATHEMATICS

MTCS4001

Matlab/Octave Code (Donβt forget add comments and description of program)

Program output copy and paste here (You can use snipping tool which available in windows)

Question Number 4:

Matlab/Octave Code (Donβt forget add comments and description of program)

Program output copy and paste here (You can use snipping tool which available in windows)

Question Number 5:

Matlab/Octave Code (Donβt forget add comments and description of program)

3

ENGINEERING MATHEMATICS

MTCS4001

Program output copy and paste here (You can use snipping tool which available in windows)

Question Number 6:

Matlab/Octave Code (Donβt forget add comments and description of program)

Program output copy and paste here (You can use snipping tool which available in windows)

Question Number 7:

Matlab/Octave Code (Donβt forget add comments and description of program)

Program output copy and paste here (You can use snipping tool which available in windows)

4

Purchase answer to see full

attachment

Tags:

clear all variables

defining the range

command to plot

To set legent

Figure name

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