STATEMENT -1: The potential decreases in the direction of the electric field .
STATEMENT -2: the external charge from higher to lower potential .

Define electric potential at a point. When kept in an electric field, does a proton move form lower to higher potential or from higher to lower potential region?

STATEMENT -1: A conducting sphere charged upto 50V is placed at the centre of a conducting shell charged upto 100V and connected by a wire . All the charge of the shell flows to the sphere. STATEMENT -2: The positive charge always flows from higher to lower potential .

A positive charged particle when moves from higher potential to lower potential

STATEMENT-1 : As we move across a resistor in the direction of current, current decreases, and STATEMENT-2 : As we move across a resistor in the direction of current , potential decreases.

STATEMENT -1 : Induced charge does not contribute to electric field or potential at a give point . STATEMENT -2 : A point charge q_0 is kept outside a solid metallic sphere , the electric field inside the sphere is zero.

STATEMENT -1 : Induced charge does not contribute to electric field or potential at a give point . STATEMENT -2 : A point charge q_0 is kept outside a solid metallic sphere , the electric field inside the sphere is zero.

Would electrons move from higher potential to lower potential or vice versa?

Statement-1 : A conducting sphere charged upto 50V is placed at the centre of a conducting shell charged upto 100V and connected by a wire. All the charge of the shell flows to the sphere Statement-2: The positive charge always flows from higher to lower potential.