1
Q
10¹⁶ Hz
A
Ultraviolet frequency
2
Q
Ultraviolet frequency
A
10¹⁶ Hz
3
Q
Ultraviolet wavelength
A
10⁻⁸ m
4
Q
Infrared frequency
A
10¹² Hz
5
Q
Gamma ray frequency
A
10²⁰ Hz
6
Q
Visible light wavelength
A
0.5x10⁻⁶ m
7
Q
10¹⁵ Hz
A
Visible light frequency
8
Q
X-ray wavelength
A
10⁻¹⁰ m
9
Q
10³ m
A
Radio wavelength
10
Q
Gamma ray wavelength
A
10⁻¹² m
11
Q
Microwave wavelength
A
10⁻² m
12
Q
10⁸ Hz
A
Microwave frequency
13
Q
10⁻² m
A
Microwave wavelength
14
Q
0.5x10⁻⁶ m
A
Visible light wavelength
15
Q
10¹² Hz
A
Infrared frequency
16
Q
Infrared wavelength
A
10⁻⁵ m
17
Q
10⁻⁸ m
A
Ultraviolet wavelength
18
Q
Radio frequency
A
10⁴ Hz
19
Q
Radio wavelength
A
10³ m
20
Q
10⁻⁵ m
A
Infrared wavelength
21
Q
10²⁰ Hz
A
Gamma ray frequency
22
Q
Visible light frequency
A
10¹⁵ Hz
23
Q
10⁴ Hz
A
Radio frequency
24
Q
10¹⁸ Hz
A
X-ray frequency
25
10⁻¹² m
Gamma ray wavelength
26
10⁻¹⁰ m
X-ray wavelength
27
X-ray frequency
10¹⁸ Hz
28
Microwave frequency
10⁸ Hz
A Level OCR A Physics
flashcards
Decks in class (43)
# Cards
-
1 - Practical Skills10
-
2 - Foundations of Physics52
-
3.1 - Motion17
-
3.2 - Forces in Action12
-
3.3 - Work, Energy and Power8
-
3.4 - Materials22
-
3.5 - Newton's laws of motion and momentum12
-
3.2 and 3.3 equations11
-
4.1 - Charge and Current11
-
4.2 - Energy, Power and Resistance30
-
4.3 - Electrical Circuits22
-
4.4 - Waves52
-
4.5 - Quantum Physics16
-
Module 4 PAGs59
-
Module 4 - Equations24
-
5.1 - Thermal Physics28
-
5.2 - Circular motion12
-
5.3 - Oscillations16
-
5.4 - Gravitational Fields15
-
5.5 - Astrophysics and Cosmology41
-
6.1 - Capacitors21
-
6.2 - Electrical Fields27
-
6.3 - Electromagnetism44
-
6.4 - Nuclear and Particle Physics65
-
6.5 - Medical Imaging60
-
EM waves spectrum28
-
EM spectrum wavelengths and frequencys3
-
PAG 1.1-2.3101
-
PAG 03.1 - Determination of Resistivity20
-
PAG 03.2 - Investigating Electrical Characteristics15
-
PAG 03.3 - Determining Internal Resistance and Maximum Power of a Cell14
-
PAG 04.1 - Investigating Electrical Circuits8
-
PAG 04.3 - Using Non-Ohmic Devices as Sensors20
-
PAG 05.1 - Determining the Wavelength of Light using a Diffraction Grating16
-
PAG 05.2 - Determining the Speed of Sound Using a Resonant Tube11
-
PAG 05.3 - Determining Frequency and Amplitude with an Oscilloscope11
-
PAG 06.1 - Determining the Planck Constant14
-
PAG 06.2 - Experiments with Light12
-
PAG 06.3 - Experiments with Polarisation11
-
PAG 07.1 - Observing the Random Nature of Radioactive Decay12
-
PAG 07.2 - Investigating the Absorption of Ionising Radiation22
-
Module 4 + 6 Model Answers92
-
Module 3 & 5 Model Answers14
