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ALL IGCSE Physics Drawings & Graphs Questions that you need to know
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This video covers all the drawing and sketching skills you need for the IGCSE physics exam.
Use the timestamps below if you are looking for a specific question
Timestamps / content:
0:00 Introduction
0:26 Q1) (Speed time graph) A bus travels from one bus stop to the next. the journey has three
distinct parts. stated in order they are ...
1:57 Q2) (resultant force/ parallelogram) Fig. 3.1 shows the top of a flagpole. The flagpole is
held vertical by two ropes. the first of these ropes has a tension in it of 100 N ...
5:05 Q3) (wave fronts reflection) sound from a loudspeaker is travelling in air towards a solid
wall. fig. 7.1 shows compressions of the incident sound wave ...
7:46 Q4) (circular wave reflection) In fig. 6.2, circular wavefronts from a point source in a tank of
water strike a straight barrier ...
9:43 Q5) (wave fronts refraction) Fig. 5.2 shows an aerial view of wavefronts in deep water
approaching a region of shallow water where they travel more slowly ...
10:39 Q6) (wave diffraction) Fig. 6.1 shows a scale drawing of plane wavefronts approaching a
gap in a barrier ...
11:58 Q7) (light reflection) A lamp in a large room is suspended below a horizontal mirror that is
fixed to the celling. Fig. 8.1 is a scale diagram ...
14:15 Q8) (light reflection 2) Fig. 6.1 shows an object O placed in front of a plane mirror M. Two
rays from the object to the mirror are shown ...
15:38 Q9) (light refraction) Fig. 7.1 shows a ray of monochromatic red light, in air, incident on a
glass block at an angle of incidence 50 ...
17:24 Q10) (light dispersion) Fig. 6.1 shows white light incident at P on a glass prism. Only the
refracted red ray PQ is shown in the prism ...
17:58 Q11) (light refraction / virtual image) Fig. 6.2 shows two rays from a point object Q
incident on another water surface ....
19:13 Q12) (ight refraction 2) the ray of blue light passes from air into a glass block. Fig. 6.1
shows the ray making an angle of 35 ...
21:08 Q13) (total internal reflection) Fig. 7.1 shows a ray of light, travelling in air, incident on a
glass prism ...
25:12 Q14) (TIR / Optic fibre) Fig. 6.1 shows an optical fibre. XY is a ray of light passing along
the fibre
26:28 Q15) (Lenses ) Fig. 8.1 shows a thin converging lens. The two principal foci are shown ...
28:33 Q16) (Lenses 2) An object is placed in front of a converging lens. A real image is formed
as shown in Fig. 7.1 ...
30:00 Q17) (Lenses 3) Fig 7.1 shows the principal axis PQ of a converging lens and the centre
line XY of the lens ...
31:55 Q18) (radiation graph) the background count rate of radioactivity in a laboratory is
30counts/min ...
34:41 The End
This video includes:
- Distance time / speed time graphs
- Resultant force / parallelogram
- Wave reflection / with and without wave fronts / sound / light / water
- circular waves reflection
- wave refraction / with and without wave fronts / sound / light / water
- wave diffraction using wave fronts/ water / sound / light
- image formation from reflection
- refraction of different wavelengths / colours/ frequencies
- virtual image of reflection and refraction
- refractive index calculations
- total internal reflection / critical angle / optic fiber
- converging lens / real /virtual / magnified / flipped / upright/ diminished / image / object / arrow
- center point / central line / standard rays
- radio active decay graph / background radiation / half life / count rate
-
- Past paper Questions
- IGCSE physics 0625
- International modern Arabic school / IMAS
Use the timestamps below if you are looking for a specific question
Timestamps / content:
0:00 Introduction
0:26 Q1) (Speed time graph) A bus travels from one bus stop to the next. the journey has three
distinct parts. stated in order they are ...
1:57 Q2) (resultant force/ parallelogram) Fig. 3.1 shows the top of a flagpole. The flagpole is
held vertical by two ropes. the first of these ropes has a tension in it of 100 N ...
5:05 Q3) (wave fronts reflection) sound from a loudspeaker is travelling in air towards a solid
wall. fig. 7.1 shows compressions of the incident sound wave ...
7:46 Q4) (circular wave reflection) In fig. 6.2, circular wavefronts from a point source in a tank of
water strike a straight barrier ...
9:43 Q5) (wave fronts refraction) Fig. 5.2 shows an aerial view of wavefronts in deep water
approaching a region of shallow water where they travel more slowly ...
10:39 Q6) (wave diffraction) Fig. 6.1 shows a scale drawing of plane wavefronts approaching a
gap in a barrier ...
11:58 Q7) (light reflection) A lamp in a large room is suspended below a horizontal mirror that is
fixed to the celling. Fig. 8.1 is a scale diagram ...
14:15 Q8) (light reflection 2) Fig. 6.1 shows an object O placed in front of a plane mirror M. Two
rays from the object to the mirror are shown ...
15:38 Q9) (light refraction) Fig. 7.1 shows a ray of monochromatic red light, in air, incident on a
glass block at an angle of incidence 50 ...
17:24 Q10) (light dispersion) Fig. 6.1 shows white light incident at P on a glass prism. Only the
refracted red ray PQ is shown in the prism ...
17:58 Q11) (light refraction / virtual image) Fig. 6.2 shows two rays from a point object Q
incident on another water surface ....
19:13 Q12) (ight refraction 2) the ray of blue light passes from air into a glass block. Fig. 6.1
shows the ray making an angle of 35 ...
21:08 Q13) (total internal reflection) Fig. 7.1 shows a ray of light, travelling in air, incident on a
glass prism ...
25:12 Q14) (TIR / Optic fibre) Fig. 6.1 shows an optical fibre. XY is a ray of light passing along
the fibre
26:28 Q15) (Lenses ) Fig. 8.1 shows a thin converging lens. The two principal foci are shown ...
28:33 Q16) (Lenses 2) An object is placed in front of a converging lens. A real image is formed
as shown in Fig. 7.1 ...
30:00 Q17) (Lenses 3) Fig 7.1 shows the principal axis PQ of a converging lens and the centre
line XY of the lens ...
31:55 Q18) (radiation graph) the background count rate of radioactivity in a laboratory is
30counts/min ...
34:41 The End
This video includes:
- Distance time / speed time graphs
- Resultant force / parallelogram
- Wave reflection / with and without wave fronts / sound / light / water
- circular waves reflection
- wave refraction / with and without wave fronts / sound / light / water
- wave diffraction using wave fronts/ water / sound / light
- image formation from reflection
- refraction of different wavelengths / colours/ frequencies
- virtual image of reflection and refraction
- refractive index calculations
- total internal reflection / critical angle / optic fiber
- converging lens / real /virtual / magnified / flipped / upright/ diminished / image / object / arrow
- center point / central line / standard rays
- radio active decay graph / background radiation / half life / count rate
-
- Past paper Questions
- IGCSE physics 0625
- International modern Arabic school / IMAS
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