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Physics with Atif Waqas
Pakistan
Приєднався 1 вер 2012
Teaching Physics for more than 12 years at intermediate, undergraduate and graduate levels. I have an experience of teaching the ETEA GIKI NUST GMAT GAT GRE aspirants for almost a decade.. Now I want to provide the students an open learning platform. I am going to share through this channel many interesting things about maths and physics which could help the students in the above mentioned exams..
Time Constant by charging and discharging of a capacitor|physics practical class 12
"Welcome to our physics lecture on Capacitors!
In this video, we delve into the charging and discharging behavior of a capacitor, using a specialized apparatus to demonstrate the concept practically. You'll witness the development of potential difference across the plates of a capacitor as time passes, providing a clear understanding of:
- Charging and discharging Here is a suggested description for your UA-cam video lecture:
"Welcome to our physics lecture on Capacitors!
In this video, we delve into the charging and discharging behavior of a capacitor, using a specialized apparatus to demonstrate the concept practically. You'll witness the development of potential difference across the plates of a capacitor as time passes, providing a clear understanding of:
- Charging and discharging processes
- Capacitor behavior over time
- Building up of potential difference
- Time constant (tau) and its significance
We'll explore how the time constant affects the charging and discharging curves, helping you understand the capacitor's dynamic behavior.
This hands-on demonstration is perfect for physics students and educators seeking a comprehensive and engaging explanation of capacitor dynamics.
Topics covered:
- Capacitors
- Charging and discharging
- Potential difference
- Electric potential
- Time constant (tau)
- Physics experimentexplore!
- Electronics fundamentals
#Physics #Capacitors #ChargingAndDischarging #PotentialDifference #TimeConstant #PhysicsExperiment #Electronics"
Feel free to modify it according to your style and the tone of your video! difference
- Time constant (tau) and its significance
We'll explore how the time constant affects the charging and discharging curves, helping you understand the capacitor's dynamic behavior.
This hands-on demonstration is perfect for physics students and educators seeking a comprehensive and engaging explanation of capacitor dynamics.
Topics covered:
- Capacitors
- Charging and discharging
- Potential difference
- Electric potential
- Time constant (tau)
- Physics experiment
- Electronics fundamentals
#Physics #Capacitors #ChargingAndDischarging #PotentialDifference #TimeConstant #PhysicsExperiment #Electronics"
Feel free to modify it according to your style and the tone of your video!
In this video, we delve into the charging and discharging behavior of a capacitor, using a specialized apparatus to demonstrate the concept practically. You'll witness the development of potential difference across the plates of a capacitor as time passes, providing a clear understanding of:
- Charging and discharging Here is a suggested description for your UA-cam video lecture:
"Welcome to our physics lecture on Capacitors!
In this video, we delve into the charging and discharging behavior of a capacitor, using a specialized apparatus to demonstrate the concept practically. You'll witness the development of potential difference across the plates of a capacitor as time passes, providing a clear understanding of:
- Charging and discharging processes
- Capacitor behavior over time
- Building up of potential difference
- Time constant (tau) and its significance
We'll explore how the time constant affects the charging and discharging curves, helping you understand the capacitor's dynamic behavior.
This hands-on demonstration is perfect for physics students and educators seeking a comprehensive and engaging explanation of capacitor dynamics.
Topics covered:
- Capacitors
- Charging and discharging
- Potential difference
- Electric potential
- Time constant (tau)
- Physics experimentexplore!
- Electronics fundamentals
#Physics #Capacitors #ChargingAndDischarging #PotentialDifference #TimeConstant #PhysicsExperiment #Electronics"
Feel free to modify it according to your style and the tone of your video! difference
- Time constant (tau) and its significance
We'll explore how the time constant affects the charging and discharging curves, helping you understand the capacitor's dynamic behavior.
This hands-on demonstration is perfect for physics students and educators seeking a comprehensive and engaging explanation of capacitor dynamics.
Topics covered:
- Capacitors
- Charging and discharging
- Potential difference
- Electric potential
- Time constant (tau)
- Physics experiment
- Electronics fundamentals
#Physics #Capacitors #ChargingAndDischarging #PotentialDifference #TimeConstant #PhysicsExperiment #Electronics"
Feel free to modify it according to your style and the tone of your video!
Переглядів: 166
Відео
Spherometer|laboratory use of spherometer
Переглядів 903 місяці тому
complete video available at ua-cam.com/video/srUxrqHb3DU/v-deo.htmlsi=SZvIweiJ8ppnacBm #foryou #physics #education #instrumentation #labequipment #engineeringtools #engineeringeducation #laboratorytechniques #geometry
Spherometer experiment|Laboratory use of spherometer|different parts of spherometr|curvature of lenz
Переглядів 6033 місяці тому
"Welcome to our physics lecture on the Spherometer! In this video, we will explore the Spherometer and its various parts, and demonstrate how it can be used to determine the radius of curvature of spherical lenses and mirrors. We will cover the following topics: - Introduction to the Spherometer - Parts of the Spherometer (base, stem, screw, etc.) - How to use the Spherometer to measure the rad...
To Verify the two conditions of equilibrium using a suspended meter rod|the science of balance|Lab
Переглядів 3,1 тис.3 місяці тому
Welcome to our physics lecture series! In this video, we'll be conducting an experiment to verify the two conditions of equilibrium using a suspended meter rod. The two conditions of equilibrium state that for an object to be in equilibrium, the sum of all forces acting on it must be zero, and the sum of all torques acting on it must also be zero. In this experiment, we'll be using a suspended ...
Assignment 2.4|Vectors and equilibrium|first year Physics|KP and Federal Board
Переглядів 953 місяці тому
Show that (A•B)² (A×B)² = A²B² Prove That Cos²θ sin²θ = 1 show that ñ • ñ = 1
Example 2.4|Vectors and equilibrium|first year physics|KP Federal board textbook
Переглядів 1044 місяці тому
"Welcome to our physics lecture series! In this video, we'll be solving Example 2.4 from the KP Federal Board first-year physics textbook on Vectors and Equilibrium. In this example, we'll be applying the concepts of multiplication of vectors and equilibrium to solve a numerical problem. We'll break down the problem step by step, explaining each concept and calculation in detail. This video is ...
AC Frequency Measurement Made Easy |Meldee's Apparatus Demo|Step by step calculation
Переглядів 3054 місяці тому
AC Frequency Measurement Made Easy |Meldee's Apparatus Demo|Step by step calculation
Calculate Sine, Cosine, and Tangent Without a Calculator||Trigonometry Made Easy
Переглядів 1264 місяці тому
Calculate Sine, Cosine, and Tangent Without a Calculator||Trigonometry Made Easy
Screw Gauge Measurement||A Step-by-Step Tutorial||Volume of Sphere||Uncertainty in results
Переглядів 4,6 тис.4 місяці тому
Screw Gauge Measurement||A Step-by-Step Tutorial||Volume of Sphere||Uncertainty in results
Study Plan for board Exams || F. Sc||All subjects breakdown||Smart study plan
Переглядів 6314 місяці тому
Study Plan for board Exams || F. Sc||All subjects breakdown||Smart study plan
Neutrons Production||Neutrons Sources| Energy Distribution|Classifications|thermal and fast neutrons
Переглядів 1064 місяці тому
Neutrons Production||Neutrons Sources| Energy Distribution|Classifications|thermal and fast neutrons
Photoelectric Absorption||combined effects of gamma attenuation||true and total attenuation
Переглядів 1045 місяців тому
Photoelectric Absorption||combined effects of gamma attenuation||true and total attenuation
Compton scattering cross section|Klein and Nishina cross section|probability of Compton scattering
Переглядів 1595 місяців тому
Compton scattering cross section|Klein and Nishina cross section|probability of Compton scattering
Physics of the hailstone|hail storm in Peshawar|why hailstone does not speed up|terminal speed
Переглядів 1785 місяців тому
Physics of the hailstone|hail storm in Peshawar|why hailstone does not speed up|terminal speed
Compton Effect|Compton scattering|interaction of gamma ray with matter|energy loss mechanism
Переглядів 1165 місяців тому
Compton Effect|Compton scattering|interaction of gamma ray with matter|energy loss mechanism
Interaction of gamma rays with matter||pair production||Dirac sea|electron positron pair||Urdu hindi
Переглядів 1116 місяців тому
Interaction of gamma rays with matter||pair production||Dirac sea|electron positron pair||Urdu hindi
assignment 5.4 physics class 11||KP board||fbise
Переглядів 926 місяців тому
assignment 5.4 physics class 11||KP board||fbise
Example 5.4||Chapter 05||first year physics KP and Federal board
Переглядів 796 місяців тому
Example 5.4||Chapter 05||first year physics KP and Federal board
gamma rays attenuation||gamma rays absorption|| attenuation coefficient||absorption coefficient||HVL
Переглядів 2136 місяців тому
gamma rays attenuation||gamma rays absorption|| attenuation coefficient||absorption coefficient||HVL
Gamma rays||How are gamma rays produced||Decay scheme of cesium 137 and cobalt 60||gamma vs x rays
Переглядів 5706 місяців тому
Gamma rays||How are gamma rays produced||Decay scheme of cesium 137 and cobalt 60||gamma vs x rays
alpha particles||Linear Energy transfer||Braggs peak||Mass stopping power||energy loss formula
Переглядів 1397 місяців тому
alpha particles||Linear Energy transfer||Braggs peak||Mass stopping power||energy loss formula
Range of alpha particles||Range energy relationship of alpha rays||Spectrum of alpha||formula
Переглядів 3567 місяців тому
Range of alpha particles||Range energy relationship of alpha rays||Spectrum of alpha||formula
X rays production spectrum of X rays continuous and characteristics X rays Cooledge type X rays tube
Переглядів 1508 місяців тому
X rays production spectrum of X rays continuous and characteristics X rays Cooledge type X rays tube
Bremsstrahlung||braking radiation||x-rays|| continuous x-rays||energy loss mechanism of beta rays
Переглядів 2208 місяців тому
Bremsstrahlung||braking radiation||x-rays|| continuous x-rays||energy loss mechanism of beta rays
Phase of wave|phase difference|speed of sound in air|Newton formula|Laplace Corrections
Переглядів 13811 місяців тому
Phase of wave|phase difference|speed of sound in air|Newton formula|Laplace Corrections
Rheostat as a potential divider||Wirewound variable resistor||emf and Terminal voltage|practical
Переглядів 1,1 тис.11 місяців тому
Rheostat as a potential divider||Wirewound variable resistor||emf and Terminal voltage|practical
Waves||Characteristics of Waves|Types of Waves
Переглядів 154Рік тому
Waves||Characteristics of Waves|Types of Waves
Characteristics of Simple Harmonic Motion| all about SHM in one lecture
Переглядів 191Рік тому
Characteristics of Simple Harmonic Motion| all about SHM in one lecture
Tension in the string as an example of centripetal force in case of Vertical circle
Переглядів 98Рік тому
Tension in the string as an example of centripetal force in case of Vertical circle
Force on a charged particle inside a magnetic field|How to use Fleming's Left hand rule|formula
Переглядів 79Рік тому
Force on a charged particle inside a magnetic field|How to use Fleming's Left hand rule|formula
Great thanks sir
sir when we multiply 1 with 0.01 so the answer we get is 0.01and u have written it 0.05 can u explain why
Thnks sir ❤❤❤
Sir ji kb tk upload kro gy
Sir cheating is present in islamia Collegiate ❤❤❤❤❤
❤❤❤❤
Pura saal ye example samjh nhi i thi...ab ja kr i hai....thanku sir
I m studying it in 11th 😊
Radiotherapy waly topics us mai nhi h medical physics k lectures mai wo toh kr de sir ji
@@absofficial9642 these days I am busy with the MDCAT students in the physical classes about their preparations for the test.. As I get a chance I will upload the remaining lectures of medical physics
Sir ji kb tk upload kro gy.
Sir you are the best
Thank you sir ji
Sir ji a gy lecture ki video nhi bnai
@@absofficial9642medical physics ki playlist check kejiay
Sir ji us mai Radiotherapy waly topics nhi hai
The development radiotherapy Radio therapeutics aims External beam therapy sir ji yeh waly topics nhi h aur es sy agy bhi hai
Please sir ap en ki video bna kr upload kr de
Sir 4.4 example main hum 2000J ko work output bhi tou ly sakty hain?
Sir how f=f+mgsin
Good Sir keep it up 👍
👍👍
THANK you sir 😊❤
Sir. 15cos70=9.49 25cos220=24.90 All the values comes different in calculator What to do ?????????????😢
U r right Use the values u get in the calculator but use the same method
Sir question 4 main magnetic force bhi toh non conservative hoti he
@@xsmartaanand6822 wo special cases may conservative hai in general non conservative hai
Thank you sir 😊
Amazing sir ,Allah salamat reky ap ko......
Book name
Very. Nice
Excellent sir 👍
Love from Gurdaspur
Your writing is so fast 👏
love you
❤❤❤❤❤
❤❤❤❤
love from india
Prefect
MR EINSTEIN
Sir g the Goat 🐐 (greatest of all time)
Quite helpful
Love from board bazar 🇵🇰
@@sudaisshah695 🙂❤️
❤❤
Mashallah sir g very helpful
❤ Good lecturer
muchas gracias , visca SIR WAQAS 🙏🔥
Love from Argentina 🔥 I'm Messi
@@se_7698 kha g Meradona ta may salam waya
@@physicswithatifwaqas8398 maradona haji D ta dy 😭
@@se_7698 😭
Sir shukriya ap ne meri pariksha puri kr di 🇮🇳🇮🇳🇮🇳
Love from Uganda
Sir g salam sang ya❤
@@sijadsijadkhan-rm1ik pa khair
Great sir
Very nice🎉😊
Nice explanation
Thanks
An interesting method of understanding sir.....❤❤❤
Jazakallah Sir… bhtt zyada Confusion the is Qs mn but apne bht ache se smjaya ✨
Sir mean kaisai nikalaingain kindly tell
@@Asharimtiaz-t3e add the obtained results and divide it by the number of results... For example repeat the experiment 3 times and then add the results of all the three experiments and divide it by three