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Assessment 3 – Presentation Due 5pm Friday Week 13 Goal The goal of this assessment item is for you to demonstrate that you have used and understood the design principles taught in the first part of...

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Assessment 3 – Presentation
Due 5pm Friday Week 13
Goal
The goal of this assessment item is for you to demonstrate that you have used and understood the design principles taught in the first part of this course, and the Python implementation techniques taught in the second half.
Description
You are to deliver a PowerPoint presentation (no less than 4m30s and no more than 5m30s) outlining the design and implementation phases of your assignment. The first part of your presentation should identify at least one (1) area of your design where you used each of the following algorithm components:
· A function
· A decision/conditional structure
· A loop
epetition structure
You also need to justify the use of these elements, as well as how you identified the relevant variables (inputs/outputs, decisions, loop conditions etc.).
The second part of your presentation should look at the implementation phase, specifically:
· What parts of implementing a solution (that you were given) did you find tricky
· What parts of the solutions you developed did you modify AFTER you had received feedback?
· What parts of the solutions you developed did you modify AFTER you began the implementation phase (not based on feedback)
· What parts of ANY implementation did you find tricky, and how did you solve and e
ors you encountered (you don’t have to give ALL e
ors, but if there were some big ones mention them here).
Remember to stick to your time limit.
Marking
On the next page you will find the marking ru
ic for this assignment.
Assessment Task Three - Presentation
Criteria
Unacceptable
0 - 20%
Limited
20 - 40%
Basic
40 - 60%
Sound
60% - 80%
Excellent
80% - 100%
Weighting
Demonstrates a basic understanding of essential
terminology, classifications, principles, theories,
models, structures, algorithms, techniques,
methods and/or criteria for a career in technology
elated professions and practice.
No use of problems solving or
programming terminology,
models, techniques or
methods
Mostly inco
ect use of
problems solving or
programming terminology,
models, techniques or
methods
Mostly co
ect use of
problems solving or
programming terminology,
models, techniques or
methods. More than 5
mistakes.
Good co
ect use of problems
solving or programming
terminology, models,
techniques or methods. More
than 3 but no more than
mistakes.
Excellent use of problems
solving or programming
terminology, models,
techniques or methods. No
more than 3 mistakes.
15
Critically analyses and evaluates concepts and
procedures in routine applications, investigations,
problem solving and/or projects.
No analysis of problem
solving or implementation
process
Limited analysis of problem
solving or implementation
process. No explanation of
the approach taken by the
student
Some analysis of problem
solving or implementation
process. Some explanation of
the approach taken by the
student, but more than 5
inconsistencies or e
ors
Good analysis of problem solving
or implementation process.
Some explanation of the
approach taken by the student.
More than 3 but no more than 5
inconsistencies or e
ors
Excellent analysis of problem
solving or implementation
process. Some explanation of
the approach taken by the
student. No more than 3
inconsistencies or e
ors
15
Critically applies theoretical principles and concepts
from at least one perspective/ domain in practice.
No discussion of problem
solving or programming
techniques
Limited discussion of
problem solving or
programming techniques
Some discussion of problem
solving or programming
techniques. The discussion
mostly lines up with the plan
and implementation part of
the assignment, but there are
more than 5 e
ors or
inconsistencies
Good discussion of problem
solving or programming
techniques. The discussion
mostly lines up with the plan and
implementation part of the
assignment, but there are more
than 3 but no more than 5 e
ors
or inconsistencies
Excellent discussion of problem
solving or programming
techniques. The discussion
mostly lines up with the plan
and implementation part of the
assignment. There are no more
than 3 e
ors or inconsistencies
15
Delivers the presentation with some credibility.
Largely attends to voice projection and
pronunciation. Demonstrates some enthusiasm and
generally appropriate eye contact, gestures,
movement and attire.
No credibility in the
presentation. No evidence of
preparation or practice
Limited evidence of
preparation and practice.
Little or no enthusiasm,
intonation, gestures etc
Some evidence of
preparation and practice.
Appropriate use of
intonation and gestures.
Some enthusiasm
Good evidence of preparation
and practice. Good use of
intonation and gestures. Good
levels of enthusiasm
Evidence of high levels of
preparation and practice.
Excellent use of intonation and
gestures. High levels of
enthusiasm
20
Largely communicates key message/s through
introduction, sequencing of material within body,
and conclusion, and some use of explanation,
examples, illustrations, statistics, analogies and/or
quotations.
No clear structure or focus of
the presentation. Key point
were unclear or non-existent.
No explanations or examples
given
Some structure to the
presentation, but most key
points were unclear. Very
poor use of examples or
explanations
Some structure to the
presentation, and most key
points were clear. Decent use
of examples or explanations
Presentation had a good, clear
structure, and most points were
clear. However, there were more
than 3 issues or areas of
confusion. Good use of examples
and explanations
Presentation had an excellent
structure, and almost all points
were clear. There were no more
than 3 issues or areas of
confusion. Excellent use of
examples and explanations
20
Presents within time limit though some points may
e too rushed.
More than 2 minutes over or
under the 5 minute time limit
More than 1 minute 30
seconds, but no more than 2
minutes, over or under the
5 minute time limit
More than 1 minute, but no
more than 1 minute 30
seconds, over or under the 5
minute time limit
More than 30 seconds, but no
more than 1 minute, over or
under the 5 minute time limit
No more than 30 seconds, over
or under the 5 minute time limit
15
Answered Same Day Oct 02, 2020

Solution

Meenakshi answered on Oct 16 2020
127 Votes
Tropical Autos Implementation
        Tropical Autos             Implementation
        Tropical Autos Implementation
10/20/2018
In this program we study and analysis the project problem and design the solution using Python we design a program for calculate the rates per day for renting various cars in their fleet.
Our goal is to create a program with minimal input
We design and develop a program based on algorithm these algorithm are sub routine of main program.
We define the main function
In main function call function or sub routine
We convert small algorithm in to the function
 
        
    Algorithm
10/20/2018
Algorithm that we used in our program
1)calc_base_rental_fee
2) calc_GPS_fee
3)calc_insurance_fee
4) calc_age _tax
Main...
SOLUTION.PDF

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