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Workplan

WorkPlan

iAS Physics (written practical)

Week
Overview
1
accuracy precision uncertainty
1
derived quantities
1
homogenity principle
1
measurement physical quantities
1
SI base quantities units
1
symbols units
2
combining errors
2
resolution vectors
2
revision
2
scalars vector
2
systematic random errors
2
vector representation addition
3
combining displacements combining velocities
3
displacement-time graphs
3
distance displacement speed velocity
3
kinematics
3
laboratory measurement speed
3
speed
4
accelerated motion
4
acceleration
4
laboratory measurement of acceleration
4
revision
4
video revision
5
acceleration gravity
5
equations motion derivation pages 25-29
5
motion projectiles
5
uniform non uniform acceleration
6
explaining motion
6
force mass acceleration
6
revision
6
video revision
7
newton’s laws of motion
8
combining forces pages
8
forces vectors moments
8
revision
8
vector component resolving forces
8
video revision
9
center of gravity moment of a force
9
doing work and calculation of work done
9
examples of energy transfers involving gravity
9
Read on energy transfer and on the defination of the Joule pages 92
9
revision
9
torque
9
video revision
9
work energy power
10
energy transformations
10
examples of energy transfers involving gravity
10
gravitational potential energy
10
kinetic energy derivation of the kinetic energy formula
11
momentum
11
momentum modeling of collisions
11
power
11
revision
11
video revision
12
collisions
12
collisions in two dimensions
12
explosions crash-landings
12
momentum and Newton’s laws
12
revision
12
video revision
13
archimede's principle
13
compressive and tensile forces
13
density of matter
13
Hooke's Law
13
matter materials
13
pressure
13
stress strain young modulus
14
circuit symbols diagrams
14
elastic potential energy
14
electric current charge carriers
14
electric current potential difference resistance
14
revision
14
video revision
14
Week 14 Assignment
15
voltage
15
electric current charge carriers
15
electrical power calculation of energy
15
electrical resistance
15
equation current
15
revision
15
video revision
16
applying Kirchhoff's laws
16
conservation of energy
16
Do questions 8&9 page 179
16
electricity Kirchhoff's laws
16
Kirchhoff's first law
16
Kirchhoff's second law
16
resistor combinations in circuits
17
current-voltage characteristics for a metallic electric conductor
17
electrical resistance and resistivity
17
Ohm's law
17
resistor combinations in circuits
17
revision
17
video revision
18
non-ohmic components
18
resistivity
18
revision
18
video revision
19
internal resistance of a source of electro-motive-force emf
19
potential dividers
19
practical circuits
19
revision
19
video revision
20
derivation of observed frequency
20
describing waves
20
doppler effect sound waves
20
electromagnetic radiation speed of light
20
electromagnetic spectrum
20
electromagnetic waves
20
longitudinal and tranverse waves
20
wave energy wave speed wave equation
20
waves
20
Week 20 Assignment
21
diffraction of waves
21
Malus's law
21
polarisation
21
revision
21
superposition of waves
21
video revision
22
coherence
22
diffraction gratings
22
interference of waves
22
young double-slit experiment
23
determination of wavelength speed of sound
23
formation stationary waves
23
revision
23
stationary waves
23
stationary waves musical instuments
23
video revision
24
atom stucture
24
isotopes
24
nuclear physics
24
revision
24
video revision
25
beta decay
25
fundamental particles
25
nuclear force
25
radioactivity
25
revision
25
video revision
26
revision
26
Week 26 Assignment
27
revision
28
revision
29
revision
30
revision
30
Week 30 Assignment
31
revision
32
practical
33
practical
34
revision
34
Week 34 Assignment
35
revision