MATHEMATICS PROJECT
TR 1323
TR 1323
LECTURER’S NAME :
DR.ANG MEI CHOO
GROUP MEMBERS :ATHIRAH NADIA BINTI NORDIN (A138222)
BAZILAH BINTI ZAKARIA (A138003)
NUR LIYANA BINTI AINUL (A138171)
NABILAH BINTI OTHMAN (A138374)
NUR HIDAYAH BINT M. SALLEH (A138500)
MUHAMMAD FAIZ BIN JASRI (A138319)
BAZILAH BINTI ZAKARIA (A138003)
NUR LIYANA BINTI AINUL (A138171)
NABILAH BINTI OTHMAN (A138374)
NUR HIDAYAH BINT M. SALLEH (A138500)
MUHAMMAD FAIZ BIN JASRI (A138319)
Part I
1.What is computing?
Computing is usually defined as the activity of using and improving computer hardware and software. It is the computer-specific part of information technology. Computer science (or computing science) is the study and the science of the theoretical foundations of information and computation and their implementation and application in computer systems.
2. What is the definition and classification of ‘industry’?
- The production side of business activity is referred as industry. It is a business activity, which is related to the raising, producing, processing or manufacturing of products.
- The products are consumer's goods as well as producer's goods. Consumer goods are goods, which are used finally by consumers. E.g. Food grains, textiles, cosmetics, VCR, etc. Producer's goods are the goods used by manufacturers for producing some other goods. E.g. Machinery, tools, equipments, etc.
- Expansion of trade and commerce depends on industrial growth. It represents the supply side of market.
3. What is ‘Industrial Computing’? Give an definition and examples to support your definition.
Computers have become a most important part of daily living. Most residences make use of them the way several industries do. An industrial computer server’s different application depending on the particular business making use of the system. This type of computer ably renders its specific purpose. Building automation solutions provide cost savings as it gears toward energy efficiency. The most common examples of facilities operated through the aid of an industrial computer are energy management systems, lighting control systems and facility monitoring systems. Industrial computers in this sense help provide wired or wireless communication networks to several industries. Under this system, services are customized with the help of the expertise of professionals. Furthermore, mission-oriented endeavors are critically met
more : here.
4. What is the relevancy of TR1323 to the ‘industrial computing’? Give examples.
The significance of calculus to the studies of Computer Industry students is to practice them to be creative in problem solving. Student will encounter many problems and solve with creativity and critical thinking. To explain the concept of calculus, algorithm and program are example of computers’ term used in Calculus.Computers are also used to do calculus projects. The procedure for convergence and divergence of infinite series is given in algorithmic manner using a flowchart.
more : here.
Part II
Our Model
MEASUREMENT OF THE MODEL
DIVISION FOR EACH PART
Part III
AREA FOR EACH PARTFORMULA FOR EACH PART
VOLUME FOR PART 1:
CYLINDER :radius
Formula :3.14x(radius)2 x height
= 3.14cm x (1.45cm)2x 4cm
= 26.41cm3
VOLUME FOR PART 2:
Formula :(a + b) x 0.5 x depth x width
= (6.9 + 8)cmx 0.5 x 2.0cm x 1cm
= 14.9cm x 0.5 x 2.0cm x 1.0cm
=14.9cm3
VOLUME FOR PART 3:
Formula : length x width x height
= 8cmx 2cm x 2.4cm
= 38.4cm3
VOLUME FOR PART 4:
Formula :(a + b) x 0.5 x depth x width
= (8 + 7.5)cmx 0.5 x 2.0cm x 0.4cm
= 15.5cm x 0.5 x 2.0cm x0.4cm = 6.2cm3
VOLUME FOR PART 5
Formula : length x width x height
= 7cmx 1.5cm x 6.2cm
= 65.1cm3
VOLUME FOR PART 6(same as part 2) :
Formula :(a + b) x 0.5 x depth x width
= (6.9 + 8)cmx 0.5 x 2.0cm x 1cm
= 14.9cm x 0.5 x 2.0cm x 1.0cm
=14.9cm3
VOLUME FOR PART 7 (same as part 3):
Formula : length x width x height
= 8cmx 2cm x 2.4cm
= 38.4cm3
VOLUME FOR PART 8 :
Formula :(a + b) x 0.5 x depth x width
= (8 + 6)cmx 0.5 x 2.0cm x 1.0cm
= 14.0cm x 0.5 x 2.0cm x 1.0cm
= 14.0cm3
TOTAL VOLUME OF THE MODEL :
Volume :
= Part 1 + Part 2 + Part 3 + Part 4 + Part 5 + Part 6 +Part 7 + Part 8
= 26.41cm3 + 14.9cm3 + 38.4cm3 + 6.2cm3 + 65.1cm3 + 14.9cm3 + 38.4cm3 + 14.0cm3
= 218.31cm3
Actual volume = 250ml
AREA FOR PART 2 :
Formula for area trapezium = ½ ( a + b ) h
= ½ ( 8 + 6 ) 1
= 7cm²
AREA FOR PART 3 :
Formula for rectangle = length x width
= 8 x 2.5
=20cm²
AREA FOR PART 4 :
Formula for trapezium = ½ ( a + b ) h
= ½ (7 + 8) 0.6
= 4.5cm²
AREA FOR PART 5 :
Formula for rectangle = length x width
= 7 x 6
= 42cm²
AREA FOR PART 6 :
Formula for trapezium = ½ (a+b) h
= ½ (7+8) 0.6
= 4.5cm²
AREA FOR PART 7 :
Formula for rectangle = length x width
= 8 x 2.4
= 19.2cm²
AREA FOR PART 8 :
Formula for trapezium = ½ (a+b) h
= ½ (6+8) 1
= 7cm²
TOTAL AREA OF THE MODEL :
Area :
= Part 2 + Part 3 + Part 4 + Part 5 + Part 6 +Part 7 + Part 8
= 7cm² + 20cm² + 4.5cm² + 42cm² + 4.5cm² + 19.2cm² + 7cm²
= 104.2cm²
The formula, we refer from this website:
http://www.russellwatergardens.com/Instruction/watervolume.php
http://math.about.com/library/blmeasurement.htm