Final answer:
Charge can be moved through friction, contact, and polarization, as well as conduction. These methods involve the transfer or redistribution of electrons within and between objects.
Step-by-step explanation:
Charge can be moved by various methods, including friction, contact, polarization, and conduction. When two different materials come into contact, especially if they are rubbed together, they may exchange electrons, leading to a transfer of charge via friction. Contact charging occurs when a charged body touches a neutral body, allowing electrons to move and charge to be transferred. Polarization involves redistributing the charge within an object without transferring electrons away from it, and this can create a separation of charge within the object. For instance, if a negatively charged rod is brought near a neutral conductor, electrons in the conductor will be repelled, causing the side farthest from the rod to possess an excess of positive charge. If the conductor is then grounded, the excess negative charge can escape, leaving the conductor positively charged upon removing the ground connection and the negatively charged rod. Therefore, the correct answer is that All of the listed methods can move charge.