This class was created by Brainscape user Anduen Tahiri-Mehmeti.
By:
Anduen Tahiri-Mehmeti
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Decks in this class (38)
(1.1) - Use of SI Units & Their Prefixes
Mass 1,
Length 2,
Time 3
22
cards
(1.2) - Limitation of physical measurements
Random error 1,
Systematic error 2,
Zero error 3
21
cards
(1.3) - Estimation of physical quantities
0
cards
(2.1) - Particles and Radiation
Azx notation 1,
How to calculate specific charge ...,
How to calculate specific charge ...
45
cards
(2.2) - Electromagnetic Radiation and Quantum Phenomena
Threshold frequency 1,
Work function 2,
Stopping potential 3
17
cards
(3.0) - Wave Definitions
What is amplitude 1,
What is an antinode 2,
What is cladding 3
29
cards
(3.1) - Progressive and Stationary Waves
Amplitude 1,
Frequency 2,
Wavelength 3
28
cards
(3.2) - Refraction, Diffraction and Interference
What is coherence 1,
What is young s double slit exper...,
What is displayed when monochroma...
30
cards
(4.1.0) - Mechanics Definitions
What is the centre of mass 1,
What is the conservation of energy 2,
What is the conservation of momen...
18
cards
(4.1) - Mechanics
What is the difference between sc...,
How to add two vectors 2,
What does resolving a vector mean 3
21
cards
(4.2.0) - Materials Definitions
What is breaking stress 1,
What characterizes a brittle obje...,
What is density 3
14
cards
(4.2) - Materials
Qualitative explanation of energy...,
What is the area under force exte...,
Describe the behaviour of a mater...
7
cards
(4.2) - Materials
What is the elastic limit 1,
What is elastic strain energy and...,
What is ultimate tensile stress u...
4
cards
(5.0) - Electricity Definitions
What is an ammeter 1,
What is current 2,
What is electromotive force 3
18
cards
(5.1) - Current Electricity
What is current 1,
What is voltage potential differe...,
What is ohm s law 3
35
cards
(6.1.0) - Further Mechanics Definitions
What is angular speed 1,
What is centripetal acceleration 2,
What is centripetal force 3
12
cards
(6.1) - Further Mechanics
Motion in a circular path at cons...,
What would a displacement time gr...,
What would a velocity time graph ...
17
cards
(6.2) - Thermal Physics
0
cards
(7.1) - Fields
What is a field 1,
What 3 interactions cause force f...,
4 similarities of gravitational a...
10
cards
(7.2) - Gravitational fields
What is gravity 1,
Why is the formula on gravitation...,
Describe a v r graph 3
3
cards
(7.3) - Electric Fields
What is an electric field 1,
Which force has a greater magnitu...,
What is the electric field streng...
8
cards
(7.4) - Capacitance
What is capacitance 1,
What is relative permittivity die...,
Describe the action of a simple p...
12
cards
(7.5) - Magnetic Fields
1 what is magnetic flux density 1,
When do you use fleming s left ha...,
When do you use fleming s left ha...
20
cards
(8.1) - Radioactivity
Explain the rutherford experiment 1,
Purpose of a lead container in a ...
2
cards
(9.1) - Telescopes
What is meant by normal adjustmen...,
State two relative merits of a re...,
State two relative merits of a re...
15
cards
(9.2) - Classification of stars
What is the unit of parallax angle 1,
For astronomical distances what i...,
Blank 3
3
cards
Required Practical 1 - Investigation into the variation of the frequency of stationary waves on a string with length, tension & mass per unit length of the string
0
cards
Required Practical 2 - Investigation of interference effects to include the Young’s slit experiment & interference by a diffraction grating.
0
cards
Required Practical 3 - Determination of g by a free-fall method
0
cards
Required Practical 4 - Determination of the Young modulus by a simple method.
0
cards
Required Practical 5 - Determination of resistivity of a wire using a micrometer, ammeter & voltmeter.
0
cards
Required Practical 6 - Investigation of the emf & internal resistance of electric cells & batteries by measuring the variation of the terminal pd of the cell with current in it
0
cards
Required Practical 7 - Investigation into simple harmonic motion using a mass–spring system & a simple pendulum.
0
cards
Required Practical 8 - Investigation of Boyle’s (constant temperature) law & Charles’s (constant pressure) law for a gas.
0
cards
Required Practical 9 - Investigation of the charge & discharge of capacitors. Analysis techniques should include log-linear plotting leading to a determination of the time constant RC.
0
cards
Required Practical 10 - Investigate how the force on a wire varies with flux density, current & length of wire using a top pan balance.
0
cards
Required Practical 11 - Investigate, using a search coil and oscilloscope, the effect on magnetic flux linkage of varying the angle between a search coil & magnetic field direction.
0
cards
Required Practical 12 - Investigation of the inverse-square law for gamma radiation.
0
cards
More about
A-Level Physics 101
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