What does it mean when electric force is labeled as "conservative"? It is the tendency of this force to preferably act on objects with the least inertia false The work it does depends only on the initial and final positions of the object it acts on true When it is exerted upon an object, its initial magnitude remains the same as its final magnitude false When multiple electric forces act on an object, their vector sum will always be equal to zero false Single When the work produced by an electric field is negative, it refers to a situation where: The field is doing work on a point charge false The point charge is doing work on the field true Neither the field nor the point charge are doing work false The work done by an electric field was less than the field's magnitude false Single The SI unit of electric potential difference is named after which scientist? Wilhelm Weber false Alessandro Volta true Carl Friedrich Gauss false Charles Augustin Coulomb false Single What is the formula for the electric potential due to a continuous body? ∫ F0/q0 false ∫ E·da false ∫ qE·dr false k ∫ dq'/r' true Single What is the value of Coulomb's constant? 9.1094 × 10_-31 C false 1.6022 × 10_-19 C false 8.8540 × 10_-12 C false 9.0 × 10₉ C true Single The work done on a charge by the force exerted by an electric field to move it from one position to anothee is the same as which quantity? the magnitude and direction of the charge false the electric potential energy of the charge false the electric potential of the charge false the potential difference of the charge true Single Two points that lie in the same equipotential line have the same what quantity? electric potential true electric potential energy false electric potential difference false electric charge false Single Unlike electric field lines, equipotential lines: are drawn perpendicular to the field lines true can intersect with each other false have spacing that varies with field magnitude false can denote multiple values false Single The work done by an electric field on a charged particle is equal to? The product of the charge of the particle and its potential difference true The negative of the potential of the particle false The potential energy difference of the charge false The integral of the charge multiplied by the magnitude of the electric field false Single A point is at the center of a series of concentric equipotential lines. The values of the equipotential lines decrease towards the center. What is the direction of the associated electric field? The field points toward the center true The field points away from the center false The direction is perpendicular to the center false The direction can't be determined false Single