Modul ini amat penting bagi membantu para pelajar memahami konsep yang berkaitan Sains Kejuruteraan. Setiap bab dilengkapi dengan gambarajah atau jadual mahupun carta yang lebih menambahkan kefahaman pelajar. Setiap bab disediakan kuiz-kuiz untuk memantapkan lagi penguasaan pelajar terhadap subjek ini
CONTENT
CHAPTER PAGE
1. PHYSICAL QUANTITIES AND 1-20
MEASUREMENT
2. LINEAR MOTION 22-23
3. FORCE 34-60
4. WORK,ENERGY AND POWER 61-75
5. SOLID AND FLUID 76-85
6. HEAT AND TEMPERATURE 86-105
7. BASIC ELECTRICITY 106-128
CHAPTER 1:
MEASUREMENT
At the end of the topic the students should be able to:
1.1 State the base quantity and its units
1.2 State the derived quantity and its units
1.3 Give examples of quantity measurement
1.4 Solve the problem of unit's conversion
1.5. Use correctly the following measuring equipment
- Micrometer Srew Gauge
- Vernier Caliper
- Ruler
CHAPTER 2:
LINEAR MOTION
At the end of the topic the students should be able to:
2.1 Define displacement, velocity and acceleration
2.2 Solve problem on displacement, velocity and accelaration using linear motion graph.
2.3 Use formulas to solve problems related to linear motion
2.4 Solve problem in linear motion equations
2.5 Determine displacement, velocity and acceleration
CHAPTER 3:
FORCE
At the end of the topic the students should be able to:
3.1 Define force, resolution of forces and resultant Force
3.2 Introduce the effect of equilibrium forces on object.
3.3 Define Newton's Law
3.4 Measure force in Newton
3.5 Explain equilibrium force
3.6 Construct vector diagram to illustrate forces
3.7 Use vector diagrams to calculate
3.9 Solve problems related to moment of a force
CHAPTER 4
WORK, ENERGY AND POWER
At the end of the topic the students should be able to:
4.1 Define work,energy and power
4.2 Define kinetic and potential energy
4.3 Calculate kinetic and potential energy of object using formula
4.4 Define energy changing
4.5 Calculate the changes of potential energy to kinetic energy and vice versa
4.6 Solve problems related to work, energy and power
4.7 Define the principle of conservation of energy
CHAPTER 5
SOLID AND FLUID
At the end of the topic the students should be able to:
5.1 Understand the concept of solid and fluid
5.2 State the characteristics of solid, liquid and gas
5.3 Define density and pressure=F\A and its units
5.4 Describe the variation of pressure with depth
5.5 Calculate the pressure by using formula P=pgh
5.7 Explain Pascal's Principle
5.8 Explain Archimedes Principle
5.10 Find the density value and relative density
CHAPTER 6
HEAT AND TEMPERATURE
At the end of the topic the students should be able to:
6.1 Define temperature and heat
6.2 Determine temperature and heat quantity
6.3 Explain the method of heat transfer
6.4 Define heat capacity and specific heat capacity
6.5 Determine heat quantity transferred
6.6 Determine temperature at thermal equilibrium
CHAPTER 7
BASIC ELECTRICITY
At the end of the topic the students should be able to:
7.1 Define charge
7.2 Define current
7.3 Define voltage (potential difference)
7.4 Define resistant
7.5 Define electrical conductor
7.6 Define capacitor
7.7 State simple electrical circuit
7.8 Solve prolem related basic electricity
79 Determine resistance in a simple electrical circuit
2.4 Solve problem in linear motion equations
2.5 Determine displacement, velocity and acceleration
CHAPTER 3:
FORCE
At the end of the topic the students should be able to:
3.1 Define force, resolution of forces and resultant Force
3.2 Introduce the effect of equilibrium forces on object.
3.3 Define Newton's Law
3.4 Measure force in Newton
3.5 Explain equilibrium force
3.6 Construct vector diagram to illustrate forces
3.7 Use vector diagrams to calculate
- Resolution of forces
- resultant force
3.9 Solve problems related to moment of a force
CHAPTER 4
WORK, ENERGY AND POWER
At the end of the topic the students should be able to:
4.1 Define work,energy and power
4.2 Define kinetic and potential energy
4.3 Calculate kinetic and potential energy of object using formula
4.4 Define energy changing
4.5 Calculate the changes of potential energy to kinetic energy and vice versa
4.6 Solve problems related to work, energy and power
4.7 Define the principle of conservation of energy
CHAPTER 5
SOLID AND FLUID
At the end of the topic the students should be able to:
5.1 Understand the concept of solid and fluid
5.2 State the characteristics of solid, liquid and gas
5.3 Define density and pressure=F\A and its units
5.4 Describe the variation of pressure with depth
5.5 Calculate the pressure by using formula P=pgh
5.7 Explain Pascal's Principle
5.8 Explain Archimedes Principle
5.10 Find the density value and relative density
CHAPTER 6
HEAT AND TEMPERATURE
At the end of the topic the students should be able to:
6.1 Define temperature and heat
6.2 Determine temperature and heat quantity
6.3 Explain the method of heat transfer
6.4 Define heat capacity and specific heat capacity
6.5 Determine heat quantity transferred
6.6 Determine temperature at thermal equilibrium
CHAPTER 7
BASIC ELECTRICITY
At the end of the topic the students should be able to:
7.1 Define charge
7.2 Define current
7.3 Define voltage (potential difference)
7.4 Define resistant
7.5 Define electrical conductor
7.6 Define capacitor
7.7 State simple electrical circuit
7.8 Solve prolem related basic electricity
79 Determine resistance in a simple electrical circuit
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