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By Nearpeer Intermediate Department
Enrollments : 10,223 Students0%
Rs. 2000
This course includes
Videos : 71
01. Energy Stored in a Capacitor
02. Charging and Discharging a Capacitor
03. Applications of Gauss's Law (Part 1)
04. Applications of Gauss's Law (Part 2)
05. Electrostatics - Electric Potential
06. Numerical Problems (Part 1)
7. Numerical Problems (Part 2)
01. Colour Code for Carbon Resistances
02. Rheostat as Variable Resistor
03. Rheostat as Potential Divider
04. Wheatstone Bridge
05. Potentiometer
06. Exercise Short Questions
08. Numerical Problems (Part A)
09. Numerical Problems (Part B)
01. Ampere's Law
02. Field due to a Current Carrying Solenoid
03. Motion of a Charged Particle in an Electric and Magnetic Field
04. Force on a Moving Charge in a Magnetic Field
05. Cathode Ray Oscilloscope
06. AVO Meter-Multimeter - Current Measuring Part of AVO Meter
07. AVO Meter-Multimeter - Voltage and Resistance Measuring Part of AVO Meter
08. Exercise Short Questions (Part A)
09. Exercise Short Questions (Part B)
10. Exercise Short Questions (Part C)
11. Exercise Short Questions (Part D)
12. Numerical Problems
1. Amperes law
2. field due to a current carrying soenoid
3. motion of a charged particle in electric & magnetic field
4. force on a moving charge in a magnetic field
5. CRO
6. Current measuring part of AVO meter
7. Voltage and Resistance measuring part of AVO meter
8. Ex SQ part A
9. Ex SQ part B
10. Ex SQ part C
11. Ex SQ part D
12. Numericals
1. AC through capaicor
2. AC through inductor merge with part B
3. AC through inductor part B
4. RC series circuit
5. RL series circuit
6. series resonance circuit
7. Parallel resonance circuit
8. numericals
1. Strain & its Types
2. Strain Energy in Deformed Material
3. Elastic limit & Yeild Strength
4. Modulus of Elasticity
5. Hysteresis loop
6. numericals
1. Half Wave Rectification
2. Full Wave Rectification
3. Characterstics of OP AMP
4.OP AMP as non Inverting Amplifier
5. OP AMP as Inverting Amplifier
6.Past papers SQs
1. Planck's Theory
2. Compton Effect
3. Wave particle Duality
4. Davisson and Germer Experiment
5. Uncertanity Principle
6. Past paper SQS
1. laser
2. HELIUM NEON LASER & USES
3. past paper SQs
1. Nuclear Fission
2. Nuclear Reactors
3. Types of Nuclear Reactors
Videos : 71Hi, everyone! Welcome to my course Physics (Part-2). For me, science is nothing but questioning our daily life events and surroundings. We all witness many events but what makes us a science enthusiast is our ability to inquire, think and seek relevance to their very existence. I, Talal Mustafa, will humbly try to deliver the basic knowledge of analytical thinking through Physics. With more than 5 years of teaching and learning experiences, the focal point of my teaching methodology is to create a balance between conventional teaching and modern technology to explain the complex phenomenon of the world in the easiest way possible. Physics is embedded in our daily life, describing our daily activities such as the rotation of the fan, fall of objects, and the flow of water. In actions, such as walking, driving a car, or using a phone, Physics is everywhere. In my class, we will be studying the laws of Physics with their application in daily life. So that we not only learn Physics theoretically but practically as well. Excited to teach you all! Talal Mustafa.
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10,223+ students are Recommending this Course
I, Talal Mustafa, will humbly try to deliver the basic knowledge of analytical thinking through Physics. With more than 9 years of teaching and learning experiences, the focal point of my teaching methodology is to create a balance between conventional teaching and modern technology to explain the complex phenomenon of the world in the easiest way possible. Physics is embedded in our daily life, describing our daily activities such as the rotation of the fan, the fall of objects, and the flow of water. In actions, such as walking, driving a car, or using a phone, Physics is everywhere.
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