NOTE: THE AMMETER IS IN FACT LIKE A WIRE IN THE CIRCUIT - HAS NO RESISTANCE...

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NOTE: THE AMMETER IS IN FACT LIKE A WIRE IN THE CIRCUIT - HAS NO RESISTANCE AM1 SW1 R4 + BAT1 9 V R1 ww R2 SW2 R3 1) What is the current through the battery when the switch SW1 is CLOSE and the switch SW2 is OPEN? 2) In the conditions of the previous question (the switch SW1 is CLOSE and switch SW2 is OPEN), is the current through the battery equal to the reading on the amperemeter? Justify your answer. 3) What is the current through the battery when the switch SW1 is OPEN and the switch SW2 is CLOSE? 4) In the conditions of the previous question (the switch SW1 is OPEN and the switch SW2 is CLOSE), is the current through the battery equal to the reading on the amperemeter? Justify your answer. NOTE: THE AMMETER IS IN FACT LIKE A WIRE IN THE CIRCUIT - HAS NO RESISTANCE AM1 SW1 R4 + BAT1 9 V R1 ww R2 SW2 R3 1) What is the current through the battery when the switch SW1 is CLOSE and the switch SW2 is OPEN? 2) In the conditions of the previous question (the switch SW1 is CLOSE and switch SW2 is OPEN), is the current through the battery equal to the reading on the amperemeter? Justify your answer. 3) What is the current through the battery when the switch SW1 is OPEN and the switch SW2 is CLOSE? 4) In the conditions of the previous question (the switch SW1 is OPEN and the switch SW2 is CLOSE), is the current through the battery equal to the reading on the amperemeter? Justify your answer.