Read and Complete Directions: Read the following short passage. Complete it by filling in the missing words A flow B. temperature C. movable D conductivity E ratio F inverse G potential H resistance I. mass J proportional All conductors contain 1)C electric charges which will move when an electric 2) difference (measured in volts)is applied across separate points on a wire (etc) made from the material. This 3)A of charge (measured in amperes) is what is meant by electric current. In most materials, the amount of current is 4)J to the voltage (Ohm's Law) provided the 5)B remains constant and the material remains in the same shape and state. The 6)between the voltage and the current is called the resistance(measured in ohms)of the object between the points where the voltage was applied. The 7)H across a standard 8)I(and shape)of a material at a given temperature is called the resistivity of the material The 9)F of resistance and resistivity is conductance and 10)D 2021/2/20 .9y End2021/2/20 P.9 Directions:Read the following short passage. Complete it by filling in the missing words. A. flow B. temperature C. movable D. conductivity E. ratio F. inverse G. potential H. resistance I. mass J. proportional All conductors contain 1)____ electric charges which will move when an electric 2)___ difference (measured in volts) is applied across separate points on a wire (etc) made from the material. This 3)____ of charge (measured in amperes) is what is meant by electric current. In most materials, the amount of current is 4)____ to the voltage (Ohm's Law) provided the 5)____ remains constant and the material remains in the same shape and state. The 6)____ between the voltage and the current is called the resistance (measured in ohms) of the object between the points where the voltage was applied. The 7)____ across a standard 8)____ (and shape) of a material at a given temperature is called the resistivity of the material. The 9)____ of resistance and resistivity is conductance and 10)____. Read and Complete End C G A J B E H I F D