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Study Room - Suraj Sir
Приєднався 26 чер 2020
Lets learn the basics in simplest form.
Meter Bridge | Current Electricity | MH HSC
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Переглядів: 9
Відео
Wheatstone Bridge | Current Electricity | MH HSC
Переглядів 1716 годин тому
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KIRCHHOFF'S LAW | Voltage law | Current law | Current Electricity | MH HSC
Переглядів 1221 годину тому
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Current Electricity | Introduction and Basic terms | MH HSC
Переглядів 23День тому
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ELECTROSTATICS Q. NO. 13 |Find the equivalent capacitance between P and Q| MH STATE BOARD
Переглядів 1814 днів тому
Find the equivalent capacitance between P and Q. Given, area of each plate = A and separation between plates = d.
ELECTROSTATICS Q. NO. 12 |In a parallel plate capacitor with air between the plates,| MH STATE BOARD
Переглядів 2314 днів тому
In a parallel plate capacitor with air between the plates, each plate has an area of 6 x 10-3 m2 and the distance between the plates is 3 mm. a)Calculate the capacitance of the capacitor. b)If this capacitor is connected to a 100 V supply, what is the charge on each plate of the capacitor? c) How would charge on the plates be affected if 2 mm thick mica sheet of K=6 is inserted between the plat...
ELECTROSTATICS Q. NO. 11 |A charge 6 µC is placed at the origin and another charge| MH STATE BOARD
Переглядів 2114 днів тому
A charge 6 µC is placed at the origin and another charge -5 µC is placed on the y axis at a position A (0, 6.0) m. (a) Calculate the total electric potential at the point P whose coordinates are (8.0, 0) m (b) Calculate the work done to bring a proton from infinity to the point P. What is the significance of the sign of the work done ?
ELECTROSTATICS Q. NO. 10 |The dipole moment of a water molecule is 6.3 × 10-30 Cm.| MH STATE BOARD
Переглядів 2614 днів тому
The dipole moment of a water molecule is 6.3 × 10-30 Cm. A sample of water contains 1021 molecules, whose dipole moments are all oriented in an electric field of strength 2.5 × 105 N /C. Calculate the work to be done to rotate the dipoles from their initial orientation θ1 = 0 to one in which all the dipoles are perpendicular to the field, θ2 = 90°.
ELECTROSTATICS Q. NO. 09 |One hundred twenty five small liquid drops, each carrying | MH STATE BOARD
Переглядів 1714 днів тому
One hundred twenty five small liquid drops, each carrying a charge of 0.5 µC and each of diameter 0.1 m form a bigger drop. Calculate the potential at the surface of the bigger drop.
ELECTROSTATICS Q. NO. 8 |A 6 µF capacitor is charged by a 300 V supply. | MH STATE BOARD
Переглядів 2621 день тому
A 6 µF capacitor is charged by a 300 V supply. It is then disconnected from the supply and is connected to another uncharged 3µF capacitor. How much electrostatic energy of the first capacitor is lost in the form of heat and electromagnetic radiation
ELECTROSTATICS Q. NO. 7 |Two charges of magnitudes -4Q and +2Q are located ... | MH STATE BOARD
Переглядів 3021 день тому
Two charges of magnitudes -4Q and 2Q are located at points (2a, 0) and (5a, 0) respectively. What is the electric flux due to these charges through a sphere of radius 4a with its centre at the origin?
ELECTROSTATICS Q. NO. 6 |Find the ratio of the potential differences that.. | MH STATE BOARD
Переглядів 1721 день тому
Find the ratio of the potential differences that must be applied across the parallel and series combination of two capacitors C1 and C2 with their capacitances in the ratio 1 : 2, so that the energy stored in these two cases becomes the same.
ELECTROSTATICS Q. NO. 5 |A capacitor has some dielectric between its plates | MH STATE BOARD
Переглядів 2321 день тому
A capacitor has some dielectric between its plates and the capacitor is connected to a DC source. The battery is now disconnected and then the dielectric is removed. State whether the capacitance, the energy stored in it, the electric field, charge stored and voltage will increase, decrease or remain constant.
ELECTROSTATICS Q. NO. 3 | A Dipole with its charges, -q and +q located at.... | MH STATE BOARD
Переглядів 3421 день тому
A dipole with its charges, -q and q located at the points (0, -b, 0) and (0, b, 0) is present in a uniform electric field E whose equipotential surfaces are planes parallel to the YZ planes. (a) What is the direction of the electric field E? (b) How much torque would the dipole experience in this field?
ELECTROSTATICS Q. NO. 4 |Three charges -q, Q and -q are placed at equal distances. | MH STATE BOARD
Переглядів 2921 день тому
Three charges -q, Q and -q are placed at equal distances on a straight line. If the potential energy of the system of these charges is zero, then what is the ratio Q:q?
Energy stored in capacitors| Electrostatics MH HSC
Переглядів 62Місяць тому
Energy stored in capacitors| Electrostatics MH HSC
Capacitance of Parallel plate capacitor with Dielectric| Electrostatics MH HSC
Переглядів 52Місяць тому
Capacitance of Parallel plate capacitor with Dielectric| Electrostatics MH HSC
Capacitance of Parallel plate capacitor without Dielectric| Electrostatics MH HSC
Переглядів 34Місяць тому
Capacitance of Parallel plate capacitor without Dielectric| Electrostatics MH HSC
Combination of Capacitors | Electrostatics MH HSC
Переглядів 23Місяць тому
Combination of Capacitors | Electrostatics MH HSC
Capacitor and Principle of Capacitors | Electrostatics MH HSC
Переглядів 47Місяць тому
Capacitor and Principle of Capacitors | Electrostatics MH HSC
Reduction in Electric Field due to Polarization | Electrostatics MH HSC
Переглядів 502 місяці тому
Reduction in Electric Field due to Polarization | Electrostatics MH HSC
Polarization of dielectrics | Electrostatics MH HSC
Переглядів 282 місяці тому
Polarization of dielectrics | Electrostatics MH HSC
Polar and Non polar dielectrics | Electrostatics MH HSC
Переглядів 472 місяці тому
Polar and Non polar dielectrics | Electrostatics MH HSC
Electric potential Energy of a Dipole in an External Electric field | Electrostatics MH HSC
Переглядів 542 місяці тому
Electric potential Energy of a Dipole in an External Electric field | Electrostatics MH HSC
Electric potential Energy for two charges in External Electric field | Electrostatics MH HSC
Переглядів 602 місяці тому
Electric potential Energy for two charges in External Electric field | Electrostatics MH HSC
Electric potential Energy for point charge in External Electric field | Electrostatics MH HSC
Переглядів 222 місяці тому
Electric potential Energy for point charge in External Electric field | Electrostatics MH HSC
Electric potential Energy for System point charges | Electrostatics MH HSC
Переглядів 382 місяці тому
Electric potential Energy for System point charges | Electrostatics MH HSC
Electric potential Energy due to two point charges | Electrostatics MH HSC
Переглядів 392 місяці тому
Electric potential Energy due to two point charges | Electrostatics MH HSC
Electric potential due to a system of charges | Electrostatics MH HSC
Переглядів 432 місяці тому
Electric potential due to a system of charges | Electrostatics MH HSC
Electric Potential due to dipole | Electrostatics MH HSC
Переглядів 262 місяці тому
Electric Potential due to dipole | Electrostatics MH HSC
Thankuhh sir it was really helpfull
Thank you so much sir. U explained the concept in easiest way!!
I’m glad you understand the concept.
Thank you sir 😅😅😅😅
You’re welcome 😊
Truly I would say the explanation is super clear and understandable
"I’m glad you understand the concept. Subscribe to @studyroom-surajsir for more content like this!"
What is value of tan-¹(64.8) ?
It's 1.555
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@@studyroom-surajsir thanks 🙏
Value of tan inverse of 0.5?
0.4636
Very nice sir
Thank you 😊
Sir your teaching is very nice ❤ Thanks you sir ❤
Thank you Aditya 😊 Keep watching...
Nice broooo
Thank you
Sir ji is back 😁
It helps me so much 😁 Thank you bhaiyya 😅
It's my pleasure 🥰
Loser
Loser
Thank you sir
Welcome 😊
6:00
Yes
Sir in the rotating body there is possible to have two points having same velocity or acceleration
No😊
If you are talking about angular velocity then it is constant for rotating objects as explained in video, but in case of linear velocity it is not possible to have the same linear velocity at two different points as the direction of velocity will be different at different points. Hope this helps
@@studyroom-surajsirThanku sir
Welcome.. Like share and subscribe to Study Room - Suraj Sir
Thank sir
Welcome
Sir can u pls tell tan inverse of 0 . 3737
0.3576
Really sir it was helpful ❤❤
Sir if the value that we want isn't in minutes Should we pick bigger than that or lesser??
Lesser
Sir kya yahi tarika tan and cos pr bhi lagega ?
Yes you can refer to videos which are uploaded on this channel
Hello sir..👋🏻😄 kase ahat ? #railfanangad
Hello Angad... Mi mast ...Tu kasa ahes ??
@@studyroom-surajsirme pn ekdum majet sir..
Good way to teach sir ..... Students can easily understands the topic
Thank you Harsh
I am first 🥇
Good Vivek 😊
Sir find tension
okay
Bohat disturb ho rha.
will try to avoid that
Sir 25÷4 =5/4 kaise
It is 5/2 only, check once again....
tan inverse of 5
1.3734
Sir tan inverse (1.3333) ???
0.927
Thankyou so much sir
Most welcome. Keep supporting
Apne r ki value kaha se li
In the first case R is taken as the distance where the coin is kept In the second case R is kept at the rim of the disc so R is taken as the radius of the disc In question R is given as pi which is misprint instead of using pi use 2 cm. Thank you for watching ☺️
Thank You ❤️
You’re welcome 😊
Thank you ❤❤❤
Any time!
@@studyroom-surajsir thank you sir ♥️♥️🙏
Superb sir
Thank you 👍
P R O M O S M 🙌
Hii sir
Hello.
@@studyroom-surajsir kaise ho sir
Very nice 👍
Thank You
❤
💖
Very well explained Sir 👍
Thank you so much Ma'am
Good explanation sir ..!!❤
Thank you Sirji !!❤
Welcome back sir... 🎉🎉
Thank You
Kya baat hai sir ❤❤❤❤
❤