SPM Physics (KBSM) Paper 1

01 Introduction to Physics

01 Introduction to Physics - Notes

1 Lesson

1a Physical Quantities

01 Introduction to Physics - Practices

3 Exercises

1a Introduction to Physics I

1b Introduction to Physics II

1c Introduction to Physics III

02 Force and Motion

2.1 Force and Motion - Practices 1

2 Exercises

2a Force and Motion I

2b Force and Motion II

2.2 Force and Motion - Practices 2

4 Exercises

2c Force and Motion III

2d Force and Motion IV

2e Force and Motion V

2f Force and Motion VI

02 Force and Motion - Practices 3

3 Exercises

2g Force and Motion VII

2h Force and Motion VIII

2i Force and Motion IX

03 Force and Pressure

03 Force and Pressure - Practices

4 Exercises

3a Force and Pressure I

3b Force and Pressure II

3c Force and Pressure III

3d Force and Pressure IV

04 Heat

04 Heat - Practices

2 Exercises

05 Light

05 Light - Practices

4 Exercises

06 Waves

06 Waves - Practices

4 Exercises

07 Electricity

07 Electricity - Practices

5 Exercises

7a Electricity I

7b Electricity II

7c Electricity III

7d Electricity IV

7e Electricity V

08 Electromagnetism

08 Electromagnetism - Practices

6 Exercises

8a Electromagnetism I

8b Electromagnetism II

8c Electromagnetism III

8d Electromagnetism IV

8e Electromagnetism V

8f Electromagnetism VI

09 Electronics

09 Electronics - Practices

3 Exercises

9a Electronics I

9b Electronics II

9c Electronics III

10 Radioactivity

10 Radioactivity - Practices

3 Exercises

10a Radioactivity I

10b Radioactivity II

10c Radioactivity III

1c Introduction to Physics III

Time limit: 0

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Question 1 of 12

1. Question
1 point(s)
PHY10103010
Which of the following is not an example of systematic error?
- Consistently improper use of equipment
- Zero error
- An incorrect calibration of the measuring instrument
- Parallax error
Correct

Incorrect
Question 2 of 12

2. Question
1 point(s)
PHY10103020
What is meant by zero error?
- Error due to the measuring instrument does not start from exactly zero.
- Error due to the incorrect calibration of the measuring instrument
- Error due to a fault in the measuring instrument
- Error due to the improper position of the eye.
Correct

Incorrect
Question 3 of 12

3. Question
1 point(s)
PHY10103030
Random error can be reduced by
- I. finding the average value of the readings.
- II. repeating the experiment with different manipulated variables.
- III. repeating the experiment with different measuring instrument.
- IV. avoiding parallax error.
Correct

Incorrect
Question 4 of 12

4. Question
1 point(s)
PHY10103040

Reading Numbers Diameter of Pencil (mm)

1 12.3

2 11.9

3 12.0

4 12.2

5 12.1

The table above shows the results for the measurement of the diameter of a pencil. Calculate the relative deviation for this experiment.
- 0.99%
- 0.12%
- 12%
- 1.21%
Correct

Incorrect
Question 5 of 12

5. Question
1 point(s)
PHY10103050
A reading is accurate if
- its relative deviation is low.
- it has no zero error.
- its percentage of error is low.
- its error is small
Correct

Incorrect
Question 6 of 12

6. Question
1 point(s)
PHY10103060
Which of the followings are true regarding the accuracy of a measurement.
- I. The accuracy of a measurement is how close the measurement made is to the actual value of the quantity of physics.
- II. The lower the error, the higher the accuracy of a measurements
- III. A good measurements can be 100% accurate.
- IV. Accuracy of a measurement can be evaluated by calculating the relative error of the measurement.
Correct

Incorrect
Question 7 of 12

7. Question
1 point(s)
PHY10103070
A student used a vernier calliper to measure the length of his pencil. He found that the calliper showed a reading of -0.02 cm even though the jaws of the calliper were firmly closed. When he used the calliper to measure the length of the pencil, the calliper showed a reading of 8.25 cm. What was the correct measurement of the length of the pencil?
- 8.25 cm
- 8.27 cm
- 8.23 cm
Correct

Incorrect
Question 8 of 12

8. Question
1 point(s)
PHY10103080

The figure above shows the reading on a micrometer screw gauge. The reading is equal to ____ mm
- 2.12 mm
- 1.62 mm
- 2.18 mm
- 2.62 mm
Correct

Incorrect
Question 9 of 12

9. Question
1 point(s)
PHY10103090

A student was asked to measure the thickness of a sheet of paper. The diagram shows the reading on a micrometer when he measured the thickness 50 sheets of similar paper. What is the thickness of the paper?
- 4.44 mm
- 4.44 cm
- 0.089 mm
- 0.089 cm
Correct

Incorrect
Question 10 of 12

10. Question
1 point(s)
PHY10103100

What is the reading shown in the stopwatch above?
- 55.4 s
- 235.4 s
- 55.2 s
- 235.2 s
Correct

Incorrect
Question 11 of 12

11. Question
1 point(s)
PHY10103110
What is the sensitivity of the mercury thermometer with the range -10°C – 110°C?
- 1 °C
- 2 °C
- 0.5 °C
- 0.2 °C
Correct

Incorrect
Question 12 of 12

12. Question
1 point(s)
PHY10103120
A voltmeter must be connected ________ the electrical component in a circuit.
- in series with
- parallel to
- after
- before
Correct

Incorrect