Blasting Physics is a YouTube channel that makes learning physics engaging and easy to understand. Through clear explanations, real-world examples, and we break down complex topics and explore fascinating concepts in physics. Whether you're a student or just curious about how the world works, our channel is here to spark your interest and help you enjoy the science behind everyday life.

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Thermodynamics -4 ll First law of thermodynamics l
14:33
Thermodynamics -4 ll First law of thermodynamics l
kinetic energy of a rolling body ll rotational motion ll circular motion ll Angular acceleration
8:24
kinetic energy of a rolling body ll rotational motion ll circular motion ll Angular acceleration
Rolling motion - velocity, distance and time
10:28
Rolling motion - velocity, distance and time
Rolling motion llacceleration llpure rolling motion llrotatory motion
13:36
Rolling motion llacceleration llpure rolling motion llrotatory motion
Torque and angular momentum
2:51
Torque and angular momentum
Torque and Moment of Inertia
2:03
Torque and Moment of Inertia
relation between linear acceleration and angular acceleration
1:24
relation between linear acceleration and angular acceleration
relation between linear velocity and angular velocity
4:01
relation between linear velocity and angular velocity
principle of moments
10:38
principle of moments
Moment of Inertia for ring, disc & Annualar disc
12:51
Moment of Inertia for ring, disc & Annualar disc
Moment of Inertia of rod
21:31
Moment of Inertia of rod
parallel and perpendicular axis theorems
11:16
parallel and perpendicular axis theorems
Rotational motion: Moment of Inertia, Radius of gyration
13:50
Rotational motion: Moment of Inertia, Radius of gyration
Thermodynamics part 3: Heat, internal energy and work done by ideal gas and p-v diagram
24:42
Thermodynamics part 3: Heat, internal energy and work done by ideal gas and p-v diagram
Torque or Moment of force and an example
26:46
Torque or Moment of force and an example
The magnitude of two vectors which can be represented in the form
4:11
The magnitude of two vectors which can be represented in the form
vector product of two vectors
16:50
vector product of two vectors
Thermodynamics part 2: Zeroth law of thermodynamics ll Joules law and heat
18:23
Thermodynamics part 2: Zeroth law of thermodynamics ll Joules law and heat
Thermodynamics part 1: Introduction ll Thermal equilibrium
20:21
Thermodynamics part 1: Introduction ll Thermal equilibrium
Resistors in parallel connection explanation.
12:31
Resistors in parallel connection explanation.
Calculate the effective resistance between A and B from the given circuit.
4:02
Calculate the effective resistance between A and B from the given circuit.
Resistors in series combination explanation.
9:55
Resistors in series combination explanation.
centre of mass 4: Finding shift of centre of mass by adding and removing small element of mass
24:10
centre of mass 4: Finding shift of centre of mass by adding and removing small element of mass
An object is kept at a certain distance infront of a concave mirror with a focal length of 12 cm.
6:54
An object is kept at a certain distance infront of a concave mirror with a focal length of 12 cm.
centre of mass 3: Characteristics of centre of mass llmethods to locate centre of mass
33:01
centre of mass 3: Characteristics of centre of mass llmethods to locate centre of mass
Copy the scaled ray diagram given below. Draw more required incident rays from
6:52
Copy the scaled ray diagram given below. Draw more required incident rays from
A stone falls from a cliff and travels 24.5 m in last second before it reaches the ground at
2:35
A stone falls from a cliff and travels 24.5 m in last second before it reaches the ground at
centre of mass 2
28:09
centre of mass 2
centre of mass-1: Introduction of centre of mass
22:33
centre of mass-1: Introduction of centre of mass
Electric power CBSE grade 10
7:09
Electric power CBSE grade 10