A negatively-charged balloon is brought near a neutral, conducting sphere (mounted on an insulating stand). The sphere is touched by a person and the balloon is moved away. Question 1: What is the charge on the balloon after? (positive, negative, neutral) Explain. What is the charge on the metal sphere? (positive, negative, neutral) (positive, negative, neutral) Explain. 2. A neutral metal can is mounted on a foam stand. A positively charged balloon is brought nearby. The can is touched on the opposite side. Question 1: What is the charge on the balloon after? (positive, negative, neutral) Explain. Question 2: What is the charge on the can? (positive, negative, neutral) Explain. (please provide answers to each questions thank you)

A negatively-charged balloon is brought near a neutral, conducting sphere (mounted on an insulating stand). The sphere is touched by a person and the balloon is moved away. Question 1: What is the charge on the balloon after? (positive, negative, neutral) Explain. What is the charge on the metal sphere? (positive, negative, neutral) (positive, negative, neutral) Explain. 2. A neutral metal can is mounted on a foam stand. A positively charged balloon is brought nearby. The can is touched on the opposite side. Question 1: What is the charge on the balloon after? (positive, negative, neutral) Explain. Question 2: What is the charge on the can? (positive, negative, neutral) Explain. (please provide answers to each questions thank you)

Related questions

Q: Based on the table below, what is the charge of the electron in gerflangers? How many electrons are…

Q: Charged tape A strip of invisible tape 12 cm by 2 cm is charged uniformly with a total net charge of…

A: Since to calculate the electric field at the point in placed in perpendicular direction , we can…

Q: 4. 3. A plate has a charge of 4 μC and a surface area of 0.3 m². 3 0.02 m + T 0.01 m ↓ + ++ Q1 = -1…

Q: A very thin glass rod 4 meters long is rubbed all over with a silk cloth. It gains a uniformly…

Q: 1. Two identical, small insulating balls are suspended by separate 0.25 m threads that are attached…

A: Given data l=0.25 mm=0.002 kgθ=36° Here, l is the length of the strings. m is the mass of the balls.…

Q: 3. A small object has charge +1.3 x 10-°C. A certain amount of charge q is removed from it and…

Q: Suppose that a penny has enough electrons removed from it to acquire 1.0 C of charge. A.) what…

A: (a)The number of electrons removed from the penny is given by the equation, Substituting the…

Q: An uncharged wooden rod (an insulator) rests on a flat wooden table. A positively charged metal rod…

A: The flow of electrons in the conductors takes place with the least resistance. In Insulator the flow…

Q: * When two objects are rubbed together, which particle is most likely to be transferred? e In…

A: An object which having low protons than electrons, i.e., more inverting charges than non-inverting…

Q: Which of the following methods of charging is not charging by friction? a. A physics student creates…

A: when a peice of tape is ripped from the surface of a table, the tape and the surface of the table…

Q: Two point charges totaling 6.90 µC exert a repulsive force of 0.150 N on one another when separated…

Q: Two Styrofoam balls have the same charge. Each ball has an excess of N = 106 protons. The balls are…

A: (a) The charge on a ball is given by, Q=Ne (b) The magnitude of the electric force between two…

Q: 1. When a rubber balloon is rubbed with fur, the fur loses approximately one billion (10⁹)…

Q: 1) A small amber bead with a mass of 16.4 g and a charge of -0.73 C is suspended in equilbrium above…

A: For equilibrium of bead qE=mg

Q: A conducting sphere, of radius 0.400 m, has a net charge of 3.00 µC. a) Calculate the work required…

A: We have givenRadius of shere (r)=0.400 mNet charge (q)=3.00 μC

Q: How does a balloon cause a person's hair to stick straight up? Does the balloon gain any extra…

A: When a balloon is rubbed against a person's hair then the hair stick straight up due to exchange of…

Q: 40. Two motal spheres are resting on Insulating stands. Sphere A has a not positive charge, and…

A: GIVEN: Sphere A is positively charged Sphere B is neutral

Q: Object A and Object B are neutral and were rubbed against each other with the aim of facilitating…

A: Initially the objects A and B are neutral.

Q: phere that is resting above the ground on an insulating layer. There is a large harge Q placed on…

Q: 1. A glass rod with a charge of -5 nC is brought near to a metal sphere resting upon an insulating…

Q: 3. Charge q is fired toward a stationary positive point charge. a. If q is a positive charge, does…

A: a) The force between the two positive charges is repulsive in nature. The force between…

Q: Sphere A carries a net positive charge, and sphere B is neutral. They are placed near each other on…

A: Solution: Consider a sphere A that carries a positive charge and sphere B which carries no charge…

Q: 6. When two objects are rubbed together, which particle is most likely to be transferred? 10 In…

A: (9) In this problem, it is asking that which particle is transferred when two objects rubbed…

Q: Charging neutral objects After rubbing two neutral objects A and B, object A is charged with a total…

A: The object B is the donor as the object A is negatively charged which means the object B has donated…

Question

A negatively-charged balloon is brought near a neutral, conducting sphere (mounted on an insulating stand). The sphere is touched by a person and the balloon is moved away.

Question 1: What is the charge on the balloon after? (positive, negative, neutral) Explain.

What is the charge on the metal sphere? (positive, negative, neutral) (positive, negative, neutral) Explain.

2. A neutral metal can is mounted on a foam stand. A positively charged balloon is brought nearby. The can is touched on the opposite side.

Question 1: What is the charge on the balloon after? (positive, negative, neutral) Explain.
Question 2: What is the charge on the can? (positive, negative, neutral) Explain.

(please provide answers to each questions thank you)

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step 3

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 3 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Similar questions

3. A long line of positive charge is strung horizontally from one wall to another, like a straight clothesline. The line of charge has uniform c) What if you had nudged the point charge upwards instead? * linear charge density 2µC/m. 2 μ Cm Beneath this line of charge, a point mass m = 0.3g with charge -3µC hangs motionless, its weight counteracted by its attraction to the line of charge. d? 0.3g,-3µC a) In order for the point charge to be suspended in this way, how far below the line must it be? b) If you nudge the point charge downwards, what will happen to it? Describe its motion after you nudge it. IHAAHHAH
Two identical conducting spheres are charged with a net charge of +2.0 q on the first sphere and a net charge of -4.0 q on the second sphere. The spheres are brought together, allowed to touch, and then separated. What is the total charge on the two spheres? a. +6.0 q b. +2.0 q c.-2.0 q d. -6.0 q e. None of the above
4. Three identical metal balls A, B, and C are mounted on insulating rods. Ball A has a charge +q and balls B and C are initially uncharged (g is the usual symbol for electric charge). Ball A is touched first to ball B and then separately to ball C. At the end of this experiment, the charge on ball A is A. +g/2. B. +g/3. C. +g/4. D. none of the answers
8
As shown a positively charged rod held near, but not touching, a neutral metal sphere.a. Add plusses and minuses to the figure to show the charge distribution on the sphere.b. Does the sphere experience a net force? If so, in which direction? Explain.
A point charge of 4.5 µC is 3.5 cm away from a charge of 1.5 µC. a. Identify the magnitude of the Coulomb force which 1 particle exerts upon the other. b. State whether the force is repulsive or attractive.