Solution) No you cannot induce a charge on an insulator .
Here for an insulator it is possible to cause some charge separation by bringing a charged object near but this is just a distortion of charge configuration not a true migration of charge to back side when it is connected to ground the minor separation does not provide a large enough force to allow distorted charge to move off or on the insulator
Therefore from above insulator cannot be charged by induction .
6. Can you use induction to produce a net charge on an insulator? Why or why...
Need help with physics problems. 1. Can induction be used to produce a NET charge on an insulator? Explain. 2. A handheld copper rod does not acquire a charge when you rub it with a cloth. Explain why.
Electrostatics 1. Can an insulator be charged? If so, how would you charge it? If not, why not?
The Teflon plate is an insulator whose net charge is fixed on its surface. The conducting sphere allows charge to move on its surface and is originally uncharged. If one were to touch the sphere momentarily (and ground it) when it is near the charged plate, what kind of net charge (positive, negative, or none) is left on the sphere and explain how this happens.
The net electric charge of an amber rod which has been rubbed with fur is called negative a. So that the proton charge will be positive b. Because it charges repel c. By arbitrary convention d. Because amber is an insulator. e. None of the above - I figured the answer was A, can you explain what the answer is and why I am wrong?
2.3.2 Charge the Electroscope Directly An electroscope can be charged directly by transferring charged particles to it from a charged conductor. In the previous lab, we built a device for placing charge on a conductor, an electrophorus. The video shows charging the elec- trophorus and directly transfering charge to the electroscope by bringing the pie pan into contact with the paper clip- Observe-2.5:Could your electroscope be charged directly? Draw-2.6:In the box to the right draw the location of the electroscope...
5. A scientist wants to charge an object by induction. Which statement best explains why the ( point) object should be insulated? OThe charges stay bound to nuclei in the object's atoms and do not move within the object. OThe charges can escape the object, but new charges cannot enter it OThe charges can shift throughout the object, but they cannot escape. OThe charges from the rod can enter the object, but no charges can leave it.
Once again, you can easily use induction to prove the very cool
fact that the sum of the first n perfect cubes is equal to the
square of the nth triangular number, but can you do it with a
picture, instead?
2.4.8 Once again, you can easily use induction to prove the very cool fact that the sum of the first n perfect cubes is equal to the square of the nth triangular number, but can you do it with...
A material can be categorized as a conductor, insulator, or semiconductor. Use Band Theory to explain the properties of these 3 materials.
After charging by induction, what was the charge of the while charge product and the basket? Was it the same polarity? After charging by induction, what was the charge of the dark charge producer and the basket? Was it the same polarity? How does the process of charging by contract differ from the process of charging by induction? How many electrons are inside of the pail the pail has a charge of 50 mu C? Assuming you have 6.24 times...
6.) Use induction to prove that the following holds for each n 2
N; make
sure to state your induction hypothesis carefully:
6
(74n + 5):
6.) Use induction to prove that the following holds for each n E N; make sure to state your induction hypothesis carefully: 6|(74 + 5). 4n