1. Does the bulb light as it is connected to the battery? Briefly, explain reasoning for your answer. 000 + 3 V 2. When the resistor is connected to an 8= 6.0 I battery (& is the emf or the electric potential difference provided by the battery), I = 0.25 A of current flows. Use Ohm's Law (V = IR) to determine the resistance R. Include units on your answer. Remember battery voltage (electric potential difference) 3. How much power (P) is dissipated in the resistor? (There are three ways to do this! The equations are P = FR = VT =1/2/R) Include units on your answer.Using the \"quick method", calculate the electric field for the case presented in the gure below. The multimeter screen shows the reading for the two probes place at the dark dots on the grid sheet. What should the multimeter read? Note that the DMM leads are inside a conducting shell