Question

1.

Voltage across the battery in the figure is

Group of answer choices

20 V

40 V

50 V

30 V

2.

Current flowing through the battery in the above circuit will approximately be

Group of answer choices

12.2 A

20.5 A

10.0 A

6.2 A

3.

A few of 2 Ω resistors are to be connected so that 5.5 A current flows through a circuit driven by a voltage source of 110 V. How can this be done?

Group of answer choices

Twenty 2 Ω resistors connected in parallel             

Ten 2 Ω resistors connected in series   

Ten 2 Ω resistors connected in parallel             

Five 2 Ω resistors connected in series   

4.

Two capacitors C₁ = 12.0 pF and C₂ = 16.0 pF are connected in parallel across a potential difference V = 120 V . The charges on C₁ and C₂ will be

Group of answer choices

2.22 nC, 4.42 nC

0.72 nC, 1.40 nC

1.44 nC, 1.92 nC

9.6 0nC, 9.60 nCv

5.

Two capacitors C₁ = 32.0 pF and C₂ = 16.0 pF are connected in series across a potential difference of 1 kV. Therefore the magnitude of charges on each capacitor will approximately be (q = CV, C → C_eq )

Group of answer choices

22.0 nC

8.0 nC

11.0 nC

18.0 nC

Answer 1

Problems 1,2,3 requires figure which is missing...I have provided solution for 4 and 5... Hope it helps... please