Explain how Hydroelectricity is generated. Draw a diagram for the internal circuit
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Explain how Hydroelectricity is generated. Draw a diagram for the internal circuit
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- Draw a picture of the circuit. Label the light bulb, switch and battery. Use arrows to show the conventional direction the flow of current.Question 2 Which equation correctly relates the current to the voltage in a simple circuit? A I=RV B I=V/R C I=R/V D I=R+VWhat would happen if you took one light bulb out of this circuit? Berkeley Point Select one: O a. All of the lights bulbs would go out. O b. All of the light bulbs would stay lit. O c. One light bulb would go out and the other would stay lit с. O d. They will all explode.
- 5. Draw a circuit diagram for the circuit below. Add in a voltmeter to measure the voltage drop across the light bulb and an Ammeter to measure the current through the circuit.5. Consider the following circuit: This circuit is meant to mimic houses on a power grid. Assume each resistor in the circuit is 1 Ohm. Find the equivalent resistance of the circuit. Once you get your answer, do a google search to find what mathematical constant is closest to your answer.A 4 V battery, a 4 Ω resistor and a 3 Ω resistor are connected in series. The battery has aninternal resistance of 1 Ω.a) Draw the circuit diagram.b) Calculate the voltage across the battery terminals.c) Calculate the voltage across the 4 V resistance.
- 1. Draw the circuit diagram of a) a circuit that contains a two-cell battery, two lamps, and a switch all connected in series b) a circuit that contains a two-cell battery, five lamps in series, and a switch to control the circuitIn the electrical circuit shown in the figure, determine the power dissipated by resistor R2. A) 8.27 mW B) 718 mW C) 22.8 mW D) 12 mWDescribe why a cell has a higher voltage in an open circuit then when connected to a load. How can a battery charge be read?
- DRAWING THE PATH OF ELECTRONS Draw a picture of the circuit. Label the light bulb, switch and battery. Use arrows to show the true direction the electrons flowed5) a) Apply Kirchhoff's rules to the circuit below. You will need to indicate each current, one in each branch of the circuit, on the diagram. V battery R₁ R4 R3 R₂ R5Analyze the circuit diagram below. What is the current at point B in the circuit? 13.5 A B 7.1 A