3 2 Coulomb's law and electric field A negative charge - 12mC sits at (7,5)m, find electric field vector at origin (0,0)

Post by **answerhappygod** » Mon May 23, 2022 11:06 am

: 3 2 Coulomb S Law And Electric Field A Negative Charge 12mc Sits At 7 5 M Find Electric Field Vector At Origin 0 0 1 (15.26 KiB) Viewed 12 times

: 3 2 Coulomb S Law And Electric Field A Negative Charge 12mc Sits At 7 5 M Find Electric Field Vector At Origin 0 0 2 (7.81 KiB) Viewed 12 times

: 3 2 Coulomb S Law And Electric Field A Negative Charge 12mc Sits At 7 5 M Find Electric Field Vector At Origin 0 0 3 (16.48 KiB) Viewed 12 times

: 3 2 Coulomb S Law And Electric Field A Negative Charge 12mc Sits At 7 5 M Find Electric Field Vector At Origin 0 0 4 (20.59 KiB) Viewed 12 times

3 2 Coulomb's law and electric field A negative charge - 12mC sits at (7,5)m, find electric field vector at origin (0,0)m? Solution: vector from source point (7,5)m and field point (0,0) is
3 Gauss's law a closed surface enclosed two point charges 0.2mC and -0.3mC, what is electric flux pass the closed surface?
4 Gauss's law and superposition principle, filed produced by two infinte planes two plane parallel to yoz plane, plane 1 with surface charge density 01 0.05 across ox axis at x = -5m, plane 2 across ox at x = - 3m with 02 = 0.02., finad electric field at point (4,9)m? Solution:
5 combination of series and parallel connection Two resistors Ri = 312 and R2 = 5 are in series connection, then connect this segment with resistor R3 = 82 in parallel connection; the whole is powred by a battery with E=10V, find (1) total current passing battery? (2) power consumed by Ri?