As the metal sphere is hollow so charge will get uniformly distributed on the surface. And there will be no charge inside.
Diagram for electric field and electric potential lines are shown below.
Need help with a and b 3. A thin, hollow metal sphere with a radius of...
3. A thin, hollow metal sphere with a radius of 11.0 cm carries a net charge of-35.0 HC. Location P is enved 8.0 cm to the right of the swrface of the sphere. Location P2 is located inside the sphere, exactly halfway b the sphere's center and surface a. (I pt.) On the diagram below, neatly draw between 12 and 16 electric field lines. Indicate direction o field lines with arrow heads b. ( pt.) With a different color pen/pencil...
J, A thin, hollow metal sphere with a radu s of 11.0 cm carries a net charge of-85 1$.0 cm to the right of the swrface of the sphere. Location P, is located inside the sphere's center and surface the sphere, exactly halfivay between direction on ALL C. Location n a. (l pt) On the diagram below, neatly draw between 12 and 16 electrie field limes. Indicate field lines with arrowheads k cl ty with a different color pen pencil...
For multiple-choice questions, circle the letter of the one best answer (unless more than one answer is asked for) Show your work on free-response questions. Be sure to use proper units and significant figures in your final answers. Organization and neatness count, too. Do NOT use red ink please reserve that color for grading. 3. A thin, hollow metal sphere with a radius of 11.0 cm carries a net charge of-85ЮнС. Location Pi is located 18.0 cm to the right...
Consider a hollow metal sphere of inner radius r=16.5 cm and outer radius R-20.5 cm. The sphere is not charged, but there is a point charge of q-253 nC at the centre of the sphere (a) Calculate the charge density on the sphere's outer surface (b) Calculate the electric field strength at the sphere's outer surface. PAPER SOLUTION Solve the problem on paper first, including all four IDEA steps. You will become a better physicist that way! Have you finished...
2. a. Optional (no points): On the diagram of two equal and opposite charges below, neatly draw electric field lines (roughly 8 to 16 lines per charge). Indicate direction on ALL field lines with arrowheads. b. Optional (no points): With a different color pen/pencil or with dashed lines, draw roughly 6 to 12 equipotential lines, spanning from very near the charges to near the edge of the page. Show the electric field lines and equipotentials for the entire area between...
The figure below shows a solid metal sphere at the centre of a hollow metal sphere. The radius of the solid metal sphere Is 4.53cm, the inner radius of the hollow sphere is 9.2cm, and the outer radlus of the hollow sphere is 13.2cm. The electric field shown on the diagram inside the hollow sphere, at a distance of 7.83cm from the centre of the solid metal sphere, has magnitude of 14570N/C. The strength of the electric field at a...
A solid metal sphere of radius 2.00 cm lies at the centre of a hollow metal sphere of inner radius 4.00 cm and outer radius 6.00 cm. The system is in electrostatic equilibrium. Point A lies 3.00 cm from the centre. The electric field at point A points radially outward and has a magnitude of 1.00x104 N/C. Point B lies 8.00 cm from the centre. The electric field at point B points radially inward and has a magnitude of 1.00...
Discussion Question 1: Suppose that you are hiding inside a large, hollow metal sphere that is resting above the ground on an insulating layer. There is a large charge Q placed on the sphere. (a) If your body is neutral, will you be harmed if you touch the inside surface of the sphere? (b) Your clothes produce a lot of static electricity and you have a small charge –q. Will you be harmed if you touch the inside surface of the...
A hollow metal sphere has inner radius a, outer radius b, and conductivity σ. The current I is radially outward from the inner surface to the outer surface. 1c. Evaluate the electric field strength at the outer surface of a copper sphere if a = 1.5 cm , b = 2.0 cm , and I = 25 A. Express your answer to two significant figures and include the appropriate units.
Question F 2. Optional (mo poines): On the diagram of two eginal and orpposine charges below, neatly draw electric field lines (roughly & to 16 lines per charge). Indicate direction on ALL field lines with arrow heads. tmo poinns): With a different color pen/pencil or with dashed lines, draw roughly 6 to 12 equipetential equipotentials for the entire area benween and surrounding the charges . Shape smmetry, and relative spacing of the lines DO matter, bat you do not need...