A 12V battery is connected to a parallel combination of a 4Ω, 5Ω, 10Ω resistor as shown. Two ammeters, a voltmeter and two switches are included in the circuit. Both switches are initially closed. calculate1. The total resistance on the circuit.2. values for; ammeter A1, ammeter A2 and Voltmeter3. the rate of energy dissipaton in the 5Ω resistor.4. the amount of charge which flows through ammeter A1 in one minute Annou XO StaticG HowFB Sustai xO 54944 X13 Parap xO Parap xV Inbox xN Sent xb What xC Every xG The re X+A learn-eu-central-1-prod-fleet01-xythos.s3.eu-central-1.amazonaws.com/5d0888eb02bcc/6255037?response-cache-control=private%2C%20max-age%3D21600&respons.L Paused3.1 powerEvery day a certain household uses a 4.4 KW electric stove for 70 minutes, seven 150 W light bulbs for 7hours each and miscellaneous appliances amounting to 1.8 KW/h. The 4 KW hot water cylinder switcheson for a total of 120 minutes during the day. If electricity cost 50c a KW/h, what is the monthly electricitybill. (5 marks)3.2 Circuits1R = 100E = 12 VR= 42R, = 50S2Figure 5:A 12V battery is connected to a parallel combination of a 42, 52, 102 resistor as shown. Two amme-Assignment No 5Page 4/5ters, a voltmeter and two switches are included in the circuit. Both switches are initially closed. calculate05:43 PM18/11/2020

1. Analysing the circuit, the equivalent resistance. 1Req=1R1+1R2+R3=15+114Req=7019Ω

Answered: 3.2 Circuit A2 R = 100 E= 12 V R- 40…

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3.2 Circuit A2 R = 100 E= 12 V R- 40 R,= 50 Figure 5:

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