2012 hkdse physics mock exam set 2 - paper 1

DSE-PHY-MK2-121

HKDSEHKDSEHKDSEHKDSE Physics Mock Paper SeriesPhysics Mock Paper SeriesPhysics Mock Paper SeriesPhysics Mock Paper Series

Set 2

2012 HKDSE Physics Mock Exam Paper

Paper 1: Multiple Choices questions

Total: 40 Marks

Time Limit: 1 hour

Enrollment Hotline: 6772 3001 Website: www.andylai.hk MSN: [email protected]

Address: Rm706, Prosper Commercial Building, 9 Yin Chong Street, Mong Kok, Kowloon, Hong Kong.

Part IVPart IVPart IVPart IV:::: FFFForce andorce andorce andorce and MotionMotionMotionMotion ((((100%):100%):100%):100%): 1.1.1.1. Position and movement (15%)Position and movement (15%)Position and movement (15%)Position and movement (15%) 2.2.2.2. FFFFoooorce and motion (20%)rce and motion (20%)rce and motion (20%)rce and motion (20%) 3.3.3.3. Projectile motion (10%)Projectile motion (10%)Projectile motion (10%)Projectile motion (10%) 4.4.4.4. Work, energy and power (20%)Work, energy and power (20%)Work, energy and power (20%)Work, energy and power (20%) 5.5.5.5. Momentum (15%)Momentum (15%)Momentum (15%)Momentum (15%) 6.6.6.6. Uniform circular motion (10%)Uniform circular motion (10%)Uniform circular motion (10%)Uniform circular motion (10%) 7.7.7.7. Gravitation (10%)Gravitation (10%)Gravitation (10%)Gravitation (10%)

� 特別為應考特別為應考特別為應考特別為應考 2012 年首屆中學文憑試的同學編寫的模擬試題系列年首屆中學文憑試的同學編寫的模擬試題系列年首屆中學文憑試的同學編寫的模擬試題系列年首屆中學文憑試的同學編寫的模擬試題系列.

� 深淺程度參考過往會考和高考熱門試題深淺程度參考過往會考和高考熱門試題深淺程度參考過往會考和高考熱門試題深淺程度參考過往會考和高考熱門試題, 再加上可能出現的新題種再加上可能出現的新題種再加上可能出現的新題種再加上可能出現的新題種.

� 每條試題結尾均標註了相關課程章節每條試題結尾均標註了相關課程章節每條試題結尾均標註了相關課程章節每條試題結尾均標註了相關課程章節, 提醒同學提醒同學提醒同學提醒同學”唔會讀漏書唔會讀漏書唔會讀漏書唔會讀漏書".

� 概念概念概念概念(Qualitative)與計量與計量與計量與計量(Qualitative)並重並重並重並重, 讓讓讓讓同學深入思考同學深入思考同學深入思考同學深入思考, "轉多幾過彎轉多幾過彎轉多幾過彎轉多幾過彎".

� 特別設計特別設計特別設計特別設計"分課分課分課分課題題題題(By Topics) "模擬試題模擬試題模擬試題模擬試題, 讓讓讓讓同學同學同學同學可以按可以按可以按可以按課課課課題題題題熟識程度練習熟識程度練習熟識程度練習熟識程度練習.

� 同學同學同學同學完成這一系列完成這一系列完成這一系列完成這一系列模擬試題模擬試題模擬試題模擬試題後後後後, 希望能幫助希望能幫助希望能幫助希望能幫助提升提升提升提升應考應考應考應考中學文憑試中學文憑試中學文憑試中學文憑試的信心的信心的信心的信心.

�

2012 HKDSE Physics Paper I – Set 2 Suggested Answers

1. C 2. B 3. C 4. B 5. A

6. C 7. D 8. B 9. A 10. B

11. A 12. B 13. D 14. D 15. A

16. B 17. D 18. A 19. C 20. A

21. D 22. A 23. B 24. D 25. C

26. B 27. A 28. C 29. B 30. D

31. A 32. D 33. D 34. B 35. A

36. D 37. C 38. B 39. B 40. C

* Super Challenge answer:

Question no. 24: Away point P.

Physics is easy!

No pains! No gains!

黎黎黎黎 sir教室教室教室教室 DSE-PHY-MK2-121

2012 HKDSE Physics Mock Exam Set 2– Paper 1

©2011 A Lai learning Center. ALL RIGHTS RESERVED.

www.andylai.hk Prepared by Andy Lai

P. 1

Part I: Multiple choices Questions:

1. Andy is taking the lift downward with uniform deceleration, the reading of the scale is

100N (Figure 1). Suddenly, the string of the lift is broken, Andy, the scale and the lift is

under free fall motion (Figure 2). Fortunately, the lift is designed by Andy and there is a

parachute system installed. After the parachute reaching the steady state, the lift is falling

down with safe uniform speed at about 1 m-1

s . Which of the following is the possible

reading of the scale in figure 2 and figure 3 respectively?

Figure 1.

After

string

breaks

⇒

Figure 2

After

opening

parachute

reaching

steady

state

⇒

Figure 3

Figure 2. Figure 3.

A. 120 N 100N

B. 0 N 120N

C. 0 N 80N

D. 100 N 100N

(Reference: HKDSE Physics syllabus part II a. vertical motion under gravity point 4)

2. The following figure shows the positions of a ball when t = 0s, 2s, 4s and 6s respectively.

What is the average acceleration of the ball of the whole journey?

A. 0.375m-2

s

B. 0.75m-2

s

C. 1m-2

s

D. 2m -2s

(Reference: HKDSE Physics syllabus part II a. equations of uniformly accelerated motion point 2)

No problem! I have

parachute! Ha ha!





P. 2

3. Which of the following statement is always true?

A. Displacement travelled by a particle is always greater than the distance travelled by a

particle.

B. If a particle is at rest now, its acceleration must be zero at that moment.

C. The magnitude of Andy’s weight on the Earth is always equal to the magnitude of the

force acting on the Earth by him.

D. If the body is increasing its speed on a rough surface, the friction acting on the body is

always increasing accordingly.

(Reference: HKDSE Physics syllabus part II a. Position, distance and displacement point 1 2 b. Newton’s first law of

motion point 2 and 3 Newton’s second law of motion point 2 Mass and weight point 2)

4. Which of the descriptions about the motion of a car in the graph is correct?

(Hints: BC is a straight line.)

A. Before point A, the car accelerates uniformly and attains maximum speed at A.

B. From point B to point C, the car moves with uniform velocity.

C. At point C, the car changes it direction.

D. At point D, the car is moving with maximum speed.

(Reference: HKDSE Physics syllabus part II a. speed and velocity point 5 uniform motion point 1)





P. 3

5. Andy is driving his car on a circular track of radius a, as shown in the figure below. When

his car has traveled clockwise from P to W, what is the displacement from P to Q?

A. 2a southwest.

B. 2a northeast.

C. 2

a3π southwest.

D. 2

a3π northeast.

(Reference: HKDSE Physics syllabus part II a. position, distance and displacement point 1 scalars and vectors point

1 2)

6. Two small ball A and B of masses 1 kg and 2 kg respectively are released from rest at

heights 2h and h above the ground respectively. Which of the following statements is/are

correct ? (Assume air resistance is negligible)

(1) The acceleration of ball A doubles that of ball B.

(2) The distance between ball A and ball B will be the same as they are falling down before

reaching the ground.

(3) The kinetic energy of ball A when reaching the ground is the same of that of ball B.

A. (1) only

B. (3) only

C. (2) and (3) only

D. None of the above

(Reference: HKDSE Physics syllabus part II a. equations of uniform accelerated motion point 2 b. Newton’s second

law of motion point 2 d. Law of conversation of energy in a closed system point 1 2 3)





P. 4

7. In the figure below, A cart is pulled along a horizontal rough surface by a rope that passes

over a fixed smooth pulley. A electronic scale is placed on the road. As the cart is moving to

the right, which of the following description about its acceleration and reading of the scale

is correct? (Assume the tension in the string and the friction acting on the cart remains

unchanged during its motion.)

Acceleration Reading of the scale

A. Increasing Increasing

B. Increasing Decreasing

C. Decreasing Increasing

D. Decreasing Decreasing

(Reference: HKDSE Physics syllabus part II b. Newton’s second law of motion point 2 3 4 5)

8. In the figure below, an oil tanker is accelerating uniformly. However, its oil tank is broken

with a big hole and the oil is leaking into the sea. Which of the following descriptions about

the oil tanker must be correct?

A. The normal reaction acting on the tanker remains unchanged.

B. The rate of change of momentum of the tanker is decreasing.

C. The air friction acting on the tanker is constant.

D. The net force acting on the tanker is increasing.

(Reference: HKDSE Physics syllabus part II b. Newton’s second law of motion 2 3 4 5 e. Change in momentum and

net force point 2)





P. 5

9. A horizontal force 10 Newton is applied to a car on a rough horizontal surface. The

acceleration of the block is 2 -2sm . If the force is changed to 20 N and the frictional force

remains unchanged, then the acceleration of the block will be

A. greater than 4 -2sm

B. equal to 4 -2sm

C. between 2 -2sm and 4 -2sm

D. equal to 2 -2sm

(Reference: HKDSE Physics syllabus part II b. Newton’s second law of motion point 2 3 4 5 6)

10. A force F is applied to block A and pushing it to the right on a smooth surface. The masses

of A, B and C are 1 kg, 2 kg and 3 kg respectively. What is the force acting on B by C in

terms of F?

A. F / 3

B. F / 2

C. F

D. 2F






P. 6

11. An object of mass 5 kg is placed on a smooth plane with an inclination of 30 degree to the

horizontal. An object of mass 3 kg is connected by a light string passing over a frictionless

pulley, as shown below. When is the tension in the string?

A. 27.6 N

B. 28.4 N

C. 29.2 N

D. 30.0 N


12. Consider Andy is taking a lift accelerating upwards from the ground floor to the 7th floor.

He is standing on a scale weighing his weight. What of the following graph BEST describes

the change in reading of the scale during the upward motion of the lift? Assuming his

weight is equal to W and the reading of the scale is R.

A.

B.

C.

D.

(Reference: HKDSE Physics syllabus part II b. Newton’s third law of motion point 1 2)





P. 7

13. Each uniform-brick as shown in the figure is of length L. How would you stack 3 blocks so

the top brick has the maximum horizontal overhang (x) above the bottom brick?

A. L3

1 B. L

3

2 C. L

2

1 D. L

4

3

(Reference: HKDSE Physics syllabus part II b. Moment of a force point 1 2 3)

14. A racing car is designed that no side way toppling happen if the angle of inclination is less

than or equal to 30 degrees to the horizontal. If the center of gravity of the racing car is 1.8

meters above the ground, what is the minimum separation x between its two wheels?

A. 1 m

B. 1.5 m

C. 1.8 m

D. 2.1 m

(Reference: HKDSE Physics syllabus part II b. Moment of a force point 1 2 3 4)





P. 8

15. A trained dolphin leaps from the water with an initial speed of 12.0 1−ms . t jumps directly

toward a ball held by the trainer a horizontal distance of 5.50 m away and a vertical

distance of 4.10 m above the water. In the absence of gravity, the dolphin would move in a

straight line to the ball and catch it, but because of gravity the dolphin follows a parabolic

path well below the ball’s initial position, as shown. Once the trainer releases the ball, the

dolphin leaves the water. Calculate the time that the dolphin and the falling ball meet.

A. 0.47 s

B. 0.57 s

C. 0.67 s

D. 0.77 s

(Reference: HKDSE Physics syllabus part II c. projectile motion point 2 3)

16. In projectile motion, the motion in horizontal direction and vertical direction is

independent because

A. the acceleration due to gravity affects both horizontal direction and vertical direction.

B. the weight cannot be resolved a component of force which is perpendicular to the direction

of the weight.

C. the motion of the horizontal direction is in uniform motion.

D. We assume there is no air resistance for both horizontal direction and vertical direction.

(Reference: HKDSE Physics syllabus part II c. projectile motion point 2)





P. 9

17. A stone is projected at an angle of 60 degree to the horizontal with an initial kinetic energy

E. Neglecting air resistance, find the kinetic energy of the stone when it is halfway down.

A. E/4

B. E/2

C. 3E/4

D. 5E/8

(Reference: HKDSE Physics syllabus part II c. projectile motion point 1 2 3 e. Law of conversation of energy in a

closed system point 1 2 3)

18. Andy is pointing at a point A with his “AK-47” toy gun at an angle of inclinationθ . The

distance between point A and the toy gun is 30 m. If the speed of the bullet is 50 m/s when

it was shot from the gun, calculate the separation between the bullet and point A when the

bullet is vertically below A. Assume there is air resistance.

A. 1.8 m

B. 3.2 m

C. 4.8 m

D. It cannot be found since the value of θ is not given. (Reference: HKDSE Physics syllabus part II c. projectile motion point 2 3)





P. 10

19. A particle of mass m is suspended from a fixed point O by a light, inextensible cord. The

particle is moving from P to Q by a motor with uniform speed. It moves in an arc of a

circle as shown in the figure below. Which of the following statement is correct? (Assume

there is no air resistance acting on the particle during the motion.)

A. The particle moves with constant velocity from P to Q.

B. All the loss in potential energy of the particle from P to Q is converted to the kinetic

energy of the particle at Q.

C. There is work done against friction between the parts inside the motor.

D. Total mechanical energy of the particle is conserved when it move from P to Q.

(Reference: HKDSE Physics syllabus part II d. Law of conservation of energy point 1 2 3)

20. The graph below shows the variation of the force F with the displacement x of a particle.

What is the total work done by the force F when the particle moves from mx 5= to

mx 15= and then back to mx 10= ?

A. 62.5 J

B. 87.5 J

C. 150 J

D. 237.5 J

(Reference: HKDSE Physics syllabus part II d. mechanical work point 2)





P. 11

21. A uniform meter rope with mass 5 kg is held at rest with 75 cm lying on a smooth

horizontal table surface and the rest 25 cm hanging freely over the edge. What is the

minimum energy needed to pull the rope on the table surface?

A. 12.3 J

B. 6.1 J

C. 3.1 J

D. 1.5 J

(Reference: HKDSE Physics syllabus part II b. moment of a force point 4 d. gravitational potential energy (P.E.)

point 1 2 3)

22. A stone is projected vertically upwards. Neglecting air resistance, which of the following

shows the variation of the kinetic energy of the stone with the time during its upward

motion?

A. . B. .

C. . D. .

(Reference: HKDSE Physics syllabus part II d. Kinetic energy point 2 3)





P. 12

23. A simple pendulum bob with mass 1 kg is released from rest from a point P, which is 0.8 m

above its lowest Q, as shown in the diagram below. Neglecting air resistance, which of the

following statement is / are correct?

(1) The work done by the tension in the string when the bob moves from point P to point Q is

equal to 7.84 J

(2) The loss of potential energy of the bob is equal to the gain in kinetic energy of the bob

when it moves from point P to point Q.

(3) The acceleration of the bob will points towards O.

A. (1) only

B. (2) only

C. (1) and (2) only

D. (2) and (3) only

(Reference: HKDSE Physics syllabus part II d. law of conversation of energy point 2 3 f. uniform circular motion

point 4 5)

24. A force F is applied to push a block of mass 5 kg upward along a inclined plane with angle

of inclination 30 degrees. The greatest value of F to make the block remain at rest is 31 N.

What is the minimum work done needed to move the block up vertically by 2 meter?

A. 62 J

B. 98 J

C. 100 J

D. 124 J

(Reference: HKDSE Physics syllabus part II d. Law of conversation of energy in a closed system point 3)





P. 13

25. After the rocket fuel is used up, the rocket stopped moving. After a while, a small

explosion is used to separate a space capsule of mass cm from its rocket of mass rm

where rc mm < . Which of the following statements is / are correct?

(1) After explosion, the magnitude of the momentum of the capsule is larger than that of the

rocket.

(2) The total kinetic energy of the capsule and the rocket is conserved before and after the

explosion.

(3) The kinetic energy of the capsule is larger than that of the rocket after explosion.

A. (1) and (2) only

B. (2) and (3) only

C. (3) only

D. None of the above

(Reference: HKDSE Physics syllabus part II e. law of conversation of momentum point 2 3)

26. A sphere of mass m strikes a vertical wall and bounces off it, as shown below.

momentum p

momentum p

B

A

wall

The magnitude of the momentum of the sphere just before impact is pB and just after impact is

pA. The sphere is in contact with the wall for time t. The magnitude of the average force exerted

by the wall on the sphere is

A. ( )

t

pp AB –. B.

( )t

pp AB + . C. ( )mt

pp AB –. D.

( )mt

pp AB + .

(Reference: HKDSE Physics syllabus part II e. Change in momentum and net force point 1)





P. 14

27. A toy cannon (with ball inside) with mass 3 kg is mounted vertically on a cart with mass 3

kg. The cart is moving along a straight-line with constant speed 4 m/s. A spring inside the

cannon shoots a ball with mass 1 kg vertically upwards. Assume there is no resistance

force acting on the cart and the ball. Find the change in kinetic energy of the cart and

cannon after the ball is shoot upwards. (answer correct to the nearest integer)

A. 8 J

B. 10 J

C. 21 J

D. 36 J

(Reference: HKDSE Physics syllabus part II e. law of conservation of momentum point 2 3)

28. A particle of mass m strikes a barrier with velocity u and rebounds with velocity v. Which

of the following statement is / are correct?

(1) The velocity u and v must be the same.

(2) The angle θ and φ must be equal.

(3) The net change in momentum of the particle can be expressed as 2mvsinθ .

A. (1) and (2) only

B. (1) and (3) only

C. (2) and (3) only

D. (1), (2) and (3)

(Reference: HKDSE Physics syllabus part II e. law of conversation of momentum point 1 2 3)





P. 15

29. Two identical balls, A and B, each suspended by a light inextensible string of length l to a

common point X. A is raised and then released through an angle of 60o as shown. The

collision between A and B is perfectly elastic. What are the speed of A and the speed of B,

just after the collision?

Speed of A Speed of B

A. 0 2

gl

B. 0 gl

C. 2

gl

2

gl

D. 2

gl 0

E. gl gl

(Reference: HKDSE Physics syllabus part II d. law of conversation of energy point 2 3 e. law of

conversation of momentum point 1 2 3)





P. 16

30. A particle A of mass mA collides elastically on another particle B of mass mB initially at rest.

Particle A leaves at an angle αααα with the horizontal while B leaves at an angle ββββ with the

horizontal. If mA = mB , then

(1) αααα + ββββ = 90o

(2) BAA vvu +=

(3) uA2 = vA

2 + vB

2

A. (1) and (2) only

B. (1) and (3) only

C. (2) and (3) only

D. (1), (2) and (3)

(Reference: HKDSE Physics syllabus part II e. law of conversation of momentum point 1 2 3)

31. A billiard ball is moving on a frictionless horizontal table at a speed of u. It hits another

billiard ball of equal mass which is initially at rest. The directions of travel of the two balls

after impact are both at an angle θθθθ with the original direction of the ball. Given that 30%

of the initial kinetic energy is lost during the impact, find the value of the angle θθθθ.

A. 32.31o

B. 53.30o

C. 45o

D. 25.21o

(Reference: HKDSE Physics syllabus part II d. law of conversation of energy point 2 3 e. law of conversation of

momentum point 1 2 3)





P. 17

32. When a boy jumps vertically upward, his momentum is changing before and after leaving

the floor. Which of the following statement is / are incorrect?

(1) This situation violates the law of conservation of momentum.

(2) The change in momentum before and after leaving the floor comes from the impulse given

by his weight.

(3) When the boy is in the air, his momentum is constant.

A. (1) and (2) only

B. (1) and (3) only

C. (2) and (3) only

D. (1), (2) and (3)

(Reference: HKDSE Physics syllabus part II e. change in momentum and net force point 1 law of conversation of

momentum point 1)

33. The figure shows a small body of mass m revolving in a horizontal circle with constant

speed v at the end of a string of length L. If the string makes an angle θθθθ with the vertical,

what is the period of the body?

A. g/sinL2

θπ

B. θπ cosg/L

C. g/sinL2 θπ

D. g/cosL2 θπ

(Reference: HKDSE Physics syllabus part II f. uniform circular motion point 2 3 4)





P. 18

34. A rope is fixed at point O at one end and a ball is attached on the other end. If it is released

freely at point A, the ball will swing like a pendulum from point A to point E. Which

position will the net force of the ball pointing towards point O? Assume the rope is tight

throughout the motion.

A. A only

B. E only

C. A, C and D only

D. A, B, C, D and E


35. The diagram represents the rear view of a lorry with mass 1000 kg moving away from an

observer on a level road at constant speed around a bend of which the centre of curvature

is at point P. the radius of round a bend is 50 meters. The distance between 2 wheels is 1.5

meters and the center of gravity above the ground is 3 meters. What is the maximum

speed of the car without overturning?

A. 11.1 m/s

B. 15.7 m/s

C. 22.4 m/s

D. 28.7 m/s


(Super challenge: Which side with the lorry bend? Away from point P or Towards point

P?)





P. 19

36. A vehicle is moving along a banked circular road. The banking angle of the road is

designed for vehicles moving with speed v as shown in the figure below. Which of the

following statement is / are incorrect?

(1) If the speed of the vehicle is slightly larger than v, there will be friction acting on the car

point upwards along the banked road.

(2) The vehicle cannot move with speed less than v along a banked circular road.

(3) The normal reaction force acting on left wheel ( 2R ) and right wheel ( 1R ) are the same.

A. (1) and (2) only

B. (1) and (3) only

C. (2) and (3) only

D. (1), (2) and (3) only






P. 20

37. In the figure, there are a 1-kg mass placed on the point P, point Q and point R respectively.

Determine the resultant gravitational field strength at point S.

A. 2a

GM

B. 2

2

3

a

GM

C. ))(2

122(

2a

GM+

D. 2

3

a

GM

(Reference: HKDSE Physics syllabus part II g. Gravitation point 1 2 3)

38. Suppose there is two star called Andy’s star and 5** star in the universe forming a binary

star system. They will revolve about center O with uniform circular motion under their

mutual gravitational attraction. If the radius of orbit of Andy’s star is twice that of 5**

star, which of the following statement is / are incorrect?

(1) The mass of Andy’s star is two times that of 5** star.

(2) The angular velocity of Andy’s star and 5** star are the same.

(3) The force acting on Andy’s star is larger than the force acting on 5** star.

A. (1) and (2) only

B. (1) and (3) only

C. (2) and (3) only

D. (1), (2) and (3)






P. 21

39. Consider a satellite with mass m kg moving around the Earth with tangential velocity v. As the

satellite is in a circular orbit around the Earth with mass eM kg, the gravitational force

(weight) acting on the satellite provides the centripetal force needed for circular motion. The

radius of its orbit is sr and the radius of the Earth is eR . Which of the following

statement is / are incorrect?

(1) If the mass of the satellite is larger, the radius of orbit will decrease if it is moving with the

same tangential velocity v.

(2) If radius of the orbit increases, the velocity of the satellite will decrease.

(3) If there is an astronaut working inside the satellite, he will feel weightless since there is no

weight acting on him by the Earth.

A. (1) and(2) only

B. (1) and (3) only

C. (2) and (3) only

D. (1), (2) and (3)






P. 22

40. There is a kind of satellite called “Parking Satellite” or “Geostationary satellite” rotating

around the Earth. The “Parking Satellite” will rotate in the same sense as the Earth with

same period, i.e. the period is equal to 24 hours. Which of the following statement is / are

incorrect?

(1) The orbit of the parking satellite must be above the equator.

(2) Different parking satellites have different orbiting velocity depending its height above the

ground. The higher the satellite, the faster the orbiting speed.

(3) The transmitter in Hong Kong cannot make use of Parking Satellite to transmit signal

because there is no parking satellite overhead Hong Kong.

A. (1) and (2) only

B. (1) and (3) only

C. (2) and (3) only

D. (1), (2) and (3)


The end.





P. 23

黎黎黎黎 sir教室教室教室教室將陸續推出下列將陸續推出下列將陸續推出下列將陸續推出下列新高中新高中新高中新高中

中學文憑試模擬試題系列中學文憑試模擬試題系列中學文憑試模擬試題系列中學文憑試模擬試題系列, 包括包括包括包括: � 2012 HKDSE Physics Mock Exam Set 1 – Paper 1 (Heat and Gases)

� 2012 HKDSE Physics Mock Exam Set 1 – Paper 2 (Heat and Gases)

� 2012 HKDSE Physics Mock Exam Set 2 – Paper 1 (Force and Motion)

� 2012 HKDSE Physics Mock Exam Set 2 – Paper 2 (Force and Motion)

� 2012 HKDSE Physics Mock Exam Set 3 – Paper 1 (Wave Motion)

� 2012 HKDSE Physics Mock Exam Set 3 – Paper 2 (Wave Motion)

� 2012 HKDSE Physics Mock Exam Set 4 – Paper 1 (Electricity and Magnetism)

� 2012 HKDSE Physics Mock Exam Set 4 – Paper 2 (Electricity and Magnetism)

� 2012 HKDSE Physics Mock Exam Set 5 – Paper 1 (Radioactivity and Nuclear Energy)

� 2012 HKDSE Physics Mock Exam Set 5 – Paper 2 (Radioactivity and Nuclear Energy)

� 2012 HKDSE Physics Mock Exam Set 6 – Paper 1 (Astronomy and Space Science)

� 2012 HKDSE Physics Mock Exam Set 7 – Paper 1 (Atomic World)

� 2012 HKDSE Physics Mock Exam Set 8 – Paper 1 (Energy and Use of Energy)

� 2012 HKDSE Physics Mock Exam Set 9 – Paper 1 (Medical Physics)

� 特別為應考特別為應考特別為應考特別為應考 2012 年首屆中學文憑試的同學編寫的模擬試題系列年首屆中學文憑試的同學編寫的模擬試題系列年首屆中學文憑試的同學編寫的模擬試題系列年首屆中學文憑試的同學編寫的模擬試題系列.

� 深淺程度參考過往會考深淺程度參考過往會考深淺程度參考過往會考深淺程度參考過往會考和高考熱門試題和高考熱門試題和高考熱門試題和高考熱門試題, 再加上可能出現的新題種再加上可能出現的新題種再加上可能出現的新題種再加上可能出現的新題種.

� 每條試題結尾均標註了相關課程章節每條試題結尾均標註了相關課程章節每條試題結尾均標註了相關課程章節每條試題結尾均標註了相關課程章節, 提醒同學提醒同學提醒同學提醒同學”唔會讀漏書唔會讀漏書唔會讀漏書唔會讀漏書".

� 概念概念概念概念(Qualitative)與計量與計量與計量與計量(Qualitative)並重並重並重並重, 讓同學深入思考讓同學深入思考讓同學深入思考讓同學深入思考, "轉多幾過彎轉多幾過彎轉多幾過彎轉多幾過彎".

� 特別設計特別設計特別設計特別設計"分課題分課題分課題分課題(By Topics) "模擬試題模擬試題模擬試題模擬試題, 讓同學可以按課題熟識程度練習讓同學可以按課題熟識程度練習讓同學可以按課題熟識程度練習讓同學可以按課題熟識程度練習.

� 同學完成這一系列模擬試題後同學完成這一系列模擬試題後同學完成這一系列模擬試題後同學完成這一系列模擬試題後, 希望能幫助提升應考中學文憑試的信心希望能幫助提升應考中學文憑試的信心希望能幫助提升應考中學文憑試的信心希望能幫助提升應考中學文憑試的信心.

Level 5**:Level 5**:Level 5**:Level 5**: 101010100% (The Best of the Best!)0% (The Best of the Best!)0% (The Best of the Best!)0% (The Best of the Best!)

Level 5*:Level 5*:Level 5*:Level 5*: 90%90%90%90%↑ (Superb!)(Superb!)(Superb!)(Superb!)

Level 5Level 5Level 5Level 5:::: 80%80%80%80% ↑ ((((Excellent!)Excellent!)Excellent!)Excellent!)

Level 4Level 4Level 4Level 4:::: 70%70%70%70% ↑ (Quite go(Quite go(Quite go(Quite good!)od!)od!)od!)

LevelLevelLevelLevel 3333:::: 60%60%60%60% ↑ ((((Not bad!)Not bad!)Not bad!)Not bad!)

Level 2:Level 2:Level 2:Level 2: 55550%0%0%0% ↑ ((((Need improvement!)Need improvement!)Need improvement!)Need improvement!)

Level 1:Level 1:Level 1:Level 1: 40%40%40%40%↑ (Need revise again!)(Need revise again!)(Need revise again!)(Need revise again!)

Unclassified:Unclassified:Unclassified:Unclassified: 40%40%40%40%↓ (Zero Knowledge!)(Zero Knowledge!)(Zero Knowledge!)(Zero Knowledge!)

Remarks:Remarks:Remarks:Remarks:

1.1.1.1. This isThis isThis isThis is my opinionmy opinionmy opinionmy opinion only, notonly, notonly, notonly, not officialofficialofficialofficial HKEAA standard.HKEAA standard.HKEAA standard.HKEAA standard.

黎黎黎黎 Sir 教室教室教室教室 A Lai Learning Center

HKCEE / HKALE / HKDSE / F.1 - F.7 / MO

AP / SAT / IB / GCSE / IGCSE / GCE / HSC

資深中學補習導師資深中學補習導師資深中學補習導師資深中學補習導師小組補習小組補習小組補習小組補習事半功倍事半功倍事半功倍事半功倍!!!

黎黎黎黎 sir 簡介簡介簡介簡介

� 畢業於香港中文大學畢業於香港中文大學畢業於香港中文大學畢業於香港中文大學, 黎黎黎黎 sir 教室創辦人教室創辦人教室創辦人教室創辦人之一之一之一之一.

� 多年教授會考多年教授會考多年教授會考多年教授會考 / 高考高考高考高考 / 中學文憑中學文憑中學文憑中學文憑 / IB Diploma / SAT / AP / GCSE / IGCSE / GCE/ HSC 課程課程課程課程經驗經驗經驗經驗, 信心保證信心保證信心保證信心保證.

� 現於黎現於黎現於黎現於黎 sir 教室教室教室教室及中學任教補習班及中學任教補習班及中學任教補習班及中學任教補習班, 學生學生學生學生就讀於英文中學就讀於英文中學就讀於英文中學就讀於英文中學, 中文中學中文中學中文中學中文中學, 國際學校及英國留學生國際學校及英國留學生國際學校及英國留學生國際學校及英國留學生.

� 熟悉近年出題熟悉近年出題熟悉近年出題熟悉近年出題趨勢趨勢趨勢趨勢, 教授考試取分技巧教授考試取分技巧教授考試取分技巧教授考試取分技巧; 鼓勵同學獨立思考鼓勵同學獨立思考鼓勵同學獨立思考鼓勵同學獨立思考, 增強同學理解能力增強同學理解能力增強同學理解能力增強同學理解能力

� 善用生活化例子講解善用生活化例子講解善用生活化例子講解善用生活化例子講解, 教法生動教法生動教法生動教法生動, 增加學習趣味增加學習趣味增加學習趣味增加學習趣味; 深入淺出深入淺出深入淺出深入淺出, 明白學生學習上的困難和需要明白學生學習上的困難和需要明白學生學習上的困難和需要明白學生學習上的困難和需要.

� 中英對照筆記中英對照筆記中英對照筆記中英對照筆記, 適合中文和英文中學學生就讀適合中文和英文中學學生就讀適合中文和英文中學學生就讀適合中文和英文中學學生就讀; 精心編制練習和試題精心編制練習和試題精心編制練習和試題精心編制練習和試題, 協協協協助同學助同學助同學助同學盡快盡快盡快盡快掌握答題技巧掌握答題技巧掌握答題技巧掌握答題技巧.

� 黎黎黎黎 sir 在中學和大學時代已是一名傑出學生在中學和大學時代已是一名傑出學生在中學和大學時代已是一名傑出學生在中學和大學時代已是一名傑出學生, 曾獲取多項學業上和運曾獲取多項學業上和運曾獲取多項學業上和運曾獲取多項學業上和運動上的獎學金及獎項動上的獎學金及獎項動上的獎學金及獎項動上的獎學金及獎項;

曾代表香港參加曾代表香港參加曾代表香港參加曾代表香港參加國際性運動比賽國際性運動比賽國際性運動比賽國際性運動比賽, 取得優異成績取得優異成績取得優異成績取得優異成績, 「「「「又讀得又玩得又讀得又玩得又讀得又玩得又讀得又玩得」」」」, 絕不是死讀書的書呆子絕不是死讀書的書呆子絕不是死讀書的書呆子絕不是死讀書的書呆子.

� 黎黎黎黎 sir 在就讀大學時曾於全球最大美資電腦公司任實習生超過一年在就讀大學時曾於全球最大美資電腦公司任實習生超過一年在就讀大學時曾於全球最大美資電腦公司任實習生超過一年在就讀大學時曾於全球最大美資電腦公司任實習生超過一年, 大學畢業後旋即於全港最大英資電腦公司大學畢業後旋即於全港最大英資電腦公司大學畢業後旋即於全港最大英資電腦公司大學畢業後旋即於全港最大英資電腦公司, 負責主理該公司所代理的全球最大美資電腦公司儲存系統銷售業務負責主理該公司所代理的全球最大美資電腦公司儲存系統銷售業務負責主理該公司所代理的全球最大美資電腦公司儲存系統銷售業務負責主理該公司所代理的全球最大美資電腦公司儲存系統銷售業務(當時黎當時黎當時黎當時黎 sir 只得只得只得只得 24 歲歲歲歲).

� 於短短半年內將該產品線銷售業績提升超過於短短半年內將該產品線銷售業績提升超過於短短半年內將該產品線銷售業績提升超過於短短半年內將該產品線銷售業績提升超過 50%. 同時更被公司評選為同時更被公司評選為同時更被公司評選為同時更被公司評選為"傑出表現員工傑出表現員工傑出表現員工傑出表現員工 Outstanding Performer”,

成功將書本上的知識靈活運用於工作上成功將書本上的知識靈活運用於工作上成功將書本上的知識靈活運用於工作上成功將書本上的知識靈活運用於工作上.

� 黎黎黎黎 sir 為了教學理想為了教學理想為了教學理想為了教學理想, 毅然辭去工作毅然辭去工作毅然辭去工作毅然辭去工作, 全身投入教學事業全身投入教學事業全身投入教學事業全身投入教學事業, 希望將自己的一套獨特的學習方法教授學生希望將自己的一套獨特的學習方法教授學生希望將自己的一套獨特的學習方法教授學生希望將自己的一套獨特的學習方法教授學生 � 黎黎黎黎 sir 學生於學生於學生於學生於 2009 年年年年公開考試公開考試公開考試公開考試成績成績成績成績優異優異優異優異, 包括包括包括包括:

� 兩位學生成功拔尖兩位學生成功拔尖兩位學生成功拔尖兩位學生成功拔尖, 入讀港大科學系和中大法律系入讀港大科學系和中大法律系入讀港大科學系和中大法律系入讀港大科學系和中大法律系;

� 國際預科文憑國際預科文憑國際預科文憑國際預科文憑 (IB Diploma) 經濟科獲取最高等級經濟科獲取最高等級經濟科獲取最高等級經濟科獲取最高等級 (7 級級級級) 成績成績成績成績;

� 多位學生於多位學生於多位學生於多位學生於英國普通教育文憑英國普通教育文憑英國普通教育文憑英國普通教育文憑(GCE)及及及及英國普通中學教育文憑英國普通中學教育文憑英國普通中學教育文憑英國普通中學教育文憑(GCSE)獲取獲取獲取獲取 A/A*成績成績成績成績;

� 2009 年度年度年度年度 8 位學生參加位學生參加位學生參加位學生參加香香香香港港港港中學會考中學會考中學會考中學會考, 6 位取得位取得位取得位取得 20 分以上佳績分以上佳績分以上佳績分以上佳績, 並且所有科目皆取得並且所有科目皆取得並且所有科目皆取得並且所有科目皆取得 ABC 等等級等等級等等級等等級, 其中其中其中其中 1 位文位文位文位文

科生更獲取科生更獲取科生更獲取科生更獲取 26 分佳績分佳績分佳績分佳績, 整體整體整體整體 ABC 率達率達率達率達 78%, 整體合格率達整體合格率達整體合格率達整體合格率達 100%. 名符其實是小班教學名符其實是小班教學名符其實是小班教學名符其實是小班教學, 事半功倍事半功倍事半功倍事半功倍.

課程特色課程特色課程特色課程特色

� 小組教學小組教學小組教學小組教學(1 – 6 人人人人), 導師親身教學導師親身教學導師親身教學導師親身教學; 照顧每位學生需要照顧每位學生需要照顧每位學生需要照顧每位學生需要, 事半功倍事半功倍事半功倍事半功倍.

� 精心編制精心編制精心編制精心編制筆記筆記筆記筆記, 練習以近練習以近練習以近練習以近 20 年本地和外國公開試題為藍本年本地和外國公開試題為藍本年本地和外國公開試題為藍本年本地和外國公開試題為藍本.

� 概念理解概念理解概念理解概念理解, 取分技巧並重取分技巧並重取分技巧並重取分技巧並重; 協協協協助同學助同學助同學助同學盡快盡快盡快盡快掌握答題技巧掌握答題技巧掌握答題技巧掌握答題技巧.

� 歡迎自由組合小組上課歡迎自由組合小組上課歡迎自由組合小組上課歡迎自由組合小組上課, 時間及課程內容編排更有彈性時間及課程內容編排更有彈性時間及課程內容編排更有彈性時間及課程內容編排更有彈性.

� 時間及課程時間及課程時間及課程時間及課程請瀏覽以下網址請瀏覽以下網址請瀏覽以下網址請瀏覽以下網址: www.andylai.hk

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2012 hkdse physics mock exam set 2 - paper 1

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