The SI unit for electric potential energy is equivalent to N M^2 V.C N/m CM^2 no

Question

The SI unit for electric potential energy is equivalent to N M^2 V.C N/m CM^2 none of the units given. The electric potential unit volt is equal to a C.N C^3N/s J2/C J/C J/C^2 Which of the following statements is true? Electric field lines stay inside equipotent surfaces. Equipotent surface intersect in straight lines. Equipotent surface interact in curved lines. Electric field line are perpendicular to equipotent surfaces. Equipotent surfaces are parallel to each other. Which of these configurations given V=0 at all points on the x axis? A free electron in an electric field will experience a force acting in what direction with respect to the field? parallel anti-parallel perpendicular along a constant potential line A negatively charged conducting plate is oriented vertically along the North-South direction. Find the direction of the electric field 1 meter from the plate and to the East of the plate. towards the east towards the north towards the south towards the west If a certain resistor obeys Ohm's law its resistance will change as the voltage across the resistor changes. as the current through the resistor changes. as the energy given off by the electrons in their collisions changes. none of the above, since resistance is a constant for a given resistor at a given temperature.

Explanation / Answer

1) units for potential energy is N.m

option (e) is correct.

2) units for electrical potential is J/C

option (d) is correct.

3) option (c) is correct.

4) option (a) is correct.

5) option (a) is correct.

6) option (d) is correct.

7) option (d) is correct.

Related Questions

Navigate

• Browse (All)
• Browse T
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.