Given Coulomb's Law for the force between two charges, how much electric force would there be for two equal charges of 1 C located 1 meter apart? Nine billion newtons or 9x 109 N Nine million newtons or 9x 106 N O One N O Nine thousand newtons or 9000 NMagnetic field is measured in SI units of a tesla (T), and a current through a wire generates a field around the wire. The largest fields that we can make with most normal conducting materials carrying current are limited by the resistance of the wire and are around 1 tesla. For comparison, Earth's magnetic field is roughly 50 micro tesla You may have heard of a field unit called a gauss. It takes 10,000 G to make 1 T. What would be the maximum force on a wire 0.1 m long carrying a current of 80 A in a uniform magnetic field of 1 T? O 8 N when the wire is parallel to the field O 8 N when the wire is perpendicular to the field O 80 N when the wire is perpendicular to the field O 80 N when the wire is parallel to the fieldGiven two charges, pick the one answer that is false. O Plus and plus repel If charge "A" is attracted to "B", then charge "B" is equally attracted to "A" If charge "A" is attracted to "B", then charge "B" is repelled from "A" Minus and minus repel 0 Plus and minus attract O The two charges act on one another no matter how far apart they are, all the way to infinity