5.23 How to use conservation of momentum in collisions
Mr Naga Physics
5.23 How to use conservation of momentum in collisions
7:07
5.24 How to conserve momentum in a explosion
Mr Naga Physics
5.24 How to conserve momentum in a explosion
5:26
6.03 What is amplitude and wavelength?
Mr Naga Physics
6.03 What is amplitude and wavelength?
4:40
7.05 What is an electromagnet?
Mr Naga Physics
7.05 What is an electromagnet?
3:33
7.04 How to make a magnetic field?
Mr Naga Physics
7.04 How to make a magnetic field?
3:47
7.03 What is the magnetic field pattern between magnets?
Mr Naga Physics
7.03 What is the magnetic field pattern between magnets?
3:06
6.02 How do particles move in a wave?
Mr Naga Physics
6.02 How do particles move in a wave?
4:54
5.11 What is Newton's First Law
Mr Naga Physics
5.11 What is Newton's First Law
7:29
7.02 How to find the magnetic field pattern around a magnet.
Mr Naga Physics
7.02 How to find the magnetic field pattern around a magnet.
3:52
7.01 What are magnetic materials
Mr Naga Physics
7.01 What are magnetic materials
3:32
6.01 What are longitudinal and transverse waves?
Mr Naga Physics
6.01 What are longitudinal and transverse waves?
4:19
15.59 Required Practical 9 - Capacitors
Mr Naga Physics
15.59 Required Practical 9 - Capacitors
6:58
1.06 What if it's non uniform acceleration?
Mr Naga Physics
1.06 What if it's non uniform acceleration?
4:51
15.57 Required Practical 7 - Simple Harmonic Motion
Mr Naga Physics
15.57 Required Practical 7 - Simple Harmonic Motion
6:25
1.30 How to get force from flow rate
Mr Naga Physics
1.30 How to get force from flow rate
7:21
1.05 How i read v-t Graphs?
Mr Naga Physics
1.05 How i read v-t Graphs?
6:26
15.54 Required Practical 4 - Young Modulus
Mr Naga Physics
15.54 Required Practical 4 - Young Modulus
7:53
15.53 Required Practical 3 - g from free fall CPACs
Mr Naga Physics
15.53 Required Practical 3 - g from free fall CPACs
9:36
15.55 Required Practical 5 - Resistivity of a Wire
Mr Naga Physics
15.55 Required Practical 5 - Resistivity of a Wire
10:00
15.52 Required Practical 2 - Double Slit and Diffraction Grating CPACs
Mr Naga Physics
15.52 Required Practical 2 - Double Slit and Diffraction Grating CPACs
6:44
15.56 Required Practical 6 - Emf and Internal resistance CPACs
Mr Naga Physics
15.56 Required Practical 6 - Emf and Internal resistance CPACs
5:01
15.51 Required Practical 1 - Wave on a string CPACs
Mr Naga Physics
15.51 Required Practical 1 - Wave on a string CPACs
6:21
1.04 What is average and instantaneous speed
Mr Naga Physics
1.04 What is average and instantaneous speed
3:00
1.03 How to interpret displacement time graphs
Mr Naga Physics
1.03 How to interpret displacement time graphs
7:10
1.02 What is velocity and acceleration?
Mr Naga Physics
1.02 What is velocity and acceleration?
6:16
1.01 What are scalars and vectors
Mr Naga Physics
1.01 What are scalars and vectors
5:00
0.16 How to test functions in physics
Mr Naga Physics
0.16 How to test functions in physics
6:00
0.11 How to figure out what the gradient represents
Mr Naga Physics
0.11 How to figure out what the gradient represents
6:10
0.15 What are the common functions used in physics?
Mr Naga Physics
0.15 What are the common functions used in physics?
7:21
0.04 How to convert units
Mr Naga Physics
0.04 How to convert units
5:34
0.03 What are SI base units and derived units?
Mr Naga Physics
0.03 What are SI base units and derived units?
5:02
0.02 How to combine units
Mr Naga Physics
0.02 How to combine units
3:30
0.01 How to define quantities and units
Mr Naga Physics
0.01 How to define quantities and units
1:25
12.15 What is magnetic breaking?
Mr Naga Physics
12.15 What is magnetic breaking?
5:06
12.14 Which magnet will hit the ground first?
Mr Naga Physics
12.14 Which magnet will hit the ground first?
5:34
12.12 How to use flux time graphs to find emf time
Mr Naga Physics
12.12 How to use flux time graphs to find emf time
5:21
12.11 Understand and apply Lenz's law
Mr Naga Physics
12.11 Understand and apply Lenz's law
4:33
12.10 What is electromagnetic induction?
Mr Naga Physics
12.10 What is electromagnetic induction?
8:18
11.04 What happens when you pull apart a capacitor?
Mr Naga Physics
11.04 What happens when you pull apart a capacitor?
4:36
12.09 What is magnetic flux linkage
Mr Naga Physics
12.09 What is magnetic flux linkage
7:32
12.07 How do cyclotrons work?
Mr Naga Physics
12.07 How do cyclotrons work?
10:00
12.02 How to use Fleming's left hand rule
Mr Naga Physics
12.02 How to use Fleming's left hand rule
7:21
11.03 How much energy is stored on a capacitor
Mr Naga Physics
11.03 How much energy is stored on a capacitor
5:40
11.02 What is capacitance?
Mr Naga Physics
11.02 What is capacitance?
3:41
11.01 How do capacitors work?
Mr Naga Physics
11.01 How do capacitors work?
7:15
10.11 How to compare gravitional and electric fields
Mr Naga Physics
10.11 How to compare gravitional and electric fields
7:19
10.10 How to draw electric equipotentials
Mr Naga Physics
10.10 How to draw electric equipotentials
7:26
10.09 How to use electric potential graphs
Mr Naga Physics
10.09 How to use electric potential graphs
5:28
10.08 How to use electric potential
Mr Naga Physics
10.08 How to use electric potential
7:52
10.07 What is electric potential?
Mr Naga Physics
10.07 What is electric potential?
7:58
10.06 How to draw electric field patterns
Mr Naga Physics
10.06 How to draw electric field patterns
4:32
10.05 Electric fields at an angle
Mr Naga Physics
10.05 Electric fields at an angle
7:26
10.04 How do find the resultant electric field?
Mr Naga Physics
10.04 How do find the resultant electric field?
5:53
10.03 What is Coulomb's Law?
Mr Naga Physics
10.03 What is Coulomb's Law?
5:15
10.02 What is a uniform eletric field?
Mr Naga Physics
10.02 What is a uniform eletric field?
5:44
10.01 What is electric field strength
Mr Naga Physics
10.01 What is electric field strength
5:22
What is the vernier calliper reading? #physics #alevel #verniercaliper
Mr Naga Physics
What is the vernier calliper reading? #physics #alevel #verniercaliper
0:50
9.13 How to put an object into orbit
Mr Naga Physics
9.13 How to put an object into orbit
3:15
9.12 How to derive Kepler's 3rd law
Mr Naga Physics
9.12 How to derive Kepler's 3rd law
6:07
9.10 How to use the gravitational equipotential patterns
Mr Naga Physics
9.10 How to use the gravitational equipotential patterns
4:35
9.09 How to use gravitaional potential graph
Mr Naga Physics
9.09 How to use gravitaional potential graph
8:11
9.08 How to use gravitational potential
Mr Naga Physics
9.08 How to use gravitational potential
5:56
9.07 What is gravitational potential?
Mr Naga Physics
9.07 What is gravitational potential?
7:56
9.05 How to find the resultant gravitational field
Mr Naga Physics
9.05 How to find the resultant gravitational field
8:12
9.04 What factors affect gravitational field strength
Mr Naga Physics
9.04 What factors affect gravitational field strength
5:30
9.03 What is the inverse square law gravity
Mr Naga Physics
9.03 What is the inverse square law gravity
5:40
9.02 What is Newton's law of gravitation?
Mr Naga Physics
9.02 What is Newton's law of gravitation?
5:34
2.11 What is the area of a stress strain graph
Mr Naga Physics
2.11 What is the area of a stress strain graph
3:12
2.10 What does stiff, strong, brittle and ductile mean?
Mr Naga Physics
2.10 What does stiff, strong, brittle and ductile mean?
3:54
9.01 What are radial and uniform gravitational fields
Mr Naga Physics
9.01 What are radial and uniform gravitational fields
6:24
2.09 How to find Young's modulus
Mr Naga Physics
2.09 How to find Young's modulus
4:24
2.08 How to compare the stiffness of different objects
Mr Naga Physics
2.08 How to compare the stiffness of different objects
7:27
2.07 What is young's modulus
Mr Naga Physics
2.07 What is young's modulus
6:44
2.06 What is the energy stored in a spring
Mr Naga Physics
2.06 What is the energy stored in a spring
4:29
2.05 How to deal with multiple springs?
Mr Naga Physics
2.05 How to deal with multiple springs?
5:37
7.15 How to calculate the resonant frequency
Mr Naga Physics
7.15 How to calculate the resonant frequency
3:42
7.13 What is resonance?
Mr Naga Physics
7.13 What is resonance?
8:20
7.12 What is critical and overdamping
Mr Naga Physics
7.12 What is critical and overdamping
2:48
7.10 What is damped harmonic motion
Mr Naga Physics
7.10 What is damped harmonic motion
4:40
7.09 How to calculate the energy of a simple harmonic oscillator
Mr Naga Physics
7.09 How to calculate the energy of a simple harmonic oscillator
7:38
7.08 How to describe the energy transfer during SHM
Mr Naga Physics
7.08 How to describe the energy transfer during SHM
7:02
7.07 What affects the time period of a mass on a spring
Mr Naga Physics
7.07 What affects the time period of a mass on a spring
4:15
7.06 What affects the time period of a pendulum
Mr Naga Physics
7.06 What affects the time period of a pendulum
5:39
7.05 How to use more SHM equations
Mr Naga Physics
7.05 How to use more SHM equations
7:38
7.04 How to use SHM equations
Mr Naga Physics
7.04 How to use SHM equations
8:21
7.03 How to plot motion graphs for simple harmonic oscillators
Mr Naga Physics
7.03 How to plot motion graphs for simple harmonic oscillators
8:46
7.02 What is simple harmonic motion?
Mr Naga Physics
7.02 What is simple harmonic motion?
6:13
7.01 How to describe oscillating objects
Mr Naga Physics
7.01 How to describe oscillating objects
3:44
6.13 Why are race tracks banked?
Mr Naga Physics
6.13 Why are race tracks banked?
5:55
6.12 How do planes turn?
Mr Naga Physics
6.12 How do planes turn?
3:23
6.03 How to use circular motion equations
Mr Naga Physics
6.03 How to use circular motion equations
4:59
6.02 What is angular speed?
Mr Naga Physics
6.02 What is angular speed?
5:45
6.01 What is uniform circular motion
Mr Naga Physics
6.01 What is uniform circular motion
3:52
15.16 How to use light gates
Mr Naga Physics
15.16 How to use light gates
5:06
15.15 How to use a set square and plumb lines
Mr Naga Physics
15.15 How to use a set square and plumb lines
5:41
15.14 How to use log graphs
Mr Naga Physics
15.14 How to use log graphs
2:47
15.12 How to choose a suitable scale for a graph?
Mr Naga Physics
15.12 How to choose a suitable scale for a graph?
3:12
15.13 How to use error bars
Mr Naga Physics
15.13 How to use error bars
2:36
Is work done by the gas or on the gas?
Mr Naga Physics
Is work done by the gas or on the gas?
0:58
Is it easier to heat up or change the state of this material?
Mr Naga Physics
Is it easier to heat up or change the state of this material?
0:58