* Reduced current flow: The high resistance impedes the flow of electrons. This means fewer electrons can pass through the conductor per unit time, resulting in a lower current.
* Increased energy dissipation: The electrons encounter more obstacles in the conductor due to the high resistance. As they collide with these obstacles (atoms within the material), they lose energy, which is dissipated as heat.
* Voltage drop: The energy loss across the resistor causes a voltage drop. This means the voltage at the end of the resistor will be lower than the voltage at the beginning.
* Potential for heating: The dissipated energy can lead to significant heating of the conductor, especially with high currents. This is the basis for how resistors are used in heating elements.
In summary: High resistance makes it harder for electrons to flow, leading to lower current, increased energy dissipation as heat, and a voltage drop across the resistor.
