Series and Parallel Circuits

Published: 2021-07-07 00:07:09
essay essay

Category: Physics

Type of paper: Essay

This essay has been submitted by a student. This is not an example of the work written by our professional essay writers.

Hey! We can write a custom essay for you.

All possible types of assignments. Written by academics

GET MY ESSAY
ProcedurePheT Sims Play Electricity, Magnets, and Circuits Circuit Construction Kit (AC+DCy)To add elements to your circuits, simply drag an item into the work area.To remove an item or change it, right-click the item you wish to change.To uncouple two circuit elements, right click on the circular junction and choose “split junction.”To measure voltage and current, click on the boxes to the left.Remember, voltage is read in parallel (outside of the circuit), while current is read in series (in the circuit)Part I: First Circuit Figure 1: Use this diagram to fill in Table 1(a).Table 1(a): Using Figure 1, determine the values in this table.RIVPR120 ohm0.2 A4 V0.8 WR210 ohm0.2 A2 V0.4 WR320 ohm0.2 A4 V0.8 WNet50 ohm0.2 A10 V2 WUsing Figure 1, determine the values of the resistance, voltage drop, current, and power rating of each resistor in the circuit, along with the net for each value in the circuit.Design the circuit in the “DC Construction Kit” simulator. Add three resistors, and right click on each one to change their value to the resistance of the resistors in Figure 1. Add a battery, and do the same to change its voltage.Before connecting everything with wires, add an ammeter between each circuit element. Then connect everything with wires. The current should flow.Table 1(b): Verify the answers in Table 1(a) using the DC Construction Kit Software.RIVPR120 ohm0.2 A4 V0.8 WR210 ohm0.2 A2 V0.4 WR320 ohm0.2 A4 V0.8 WNet50 ohm0.2 A10 V2 WWrite the value of the current across each resistor into Table 1(b). How do they compare with the values you calculated for Table 1(a)? The values of current Table 1(a) are exactly the same as the values of current in Table 1(b).Next take a voltmeter and read the voltage across each resistor (place the leads on either end of the resistor). Record the voltage drop across each resistor into Table 1(b). How do your values compare to those calculated for Table 1(a)? The values of voltage Table 1(a) are exactly the same as the values of voltage in Table 1(b).Finish filling in Table 1(b). Copy and paste a screen shot of your designed circuit here (or print out a picture and include it).Repeat this process for the following three circuits.Part II: Second Circuit Figure 2: Use Figure 2 to fill in Table 2(a)Table 2(a): Use this table in conjunction with Figure 2.RIVPR120 ohm0.5 A10 V5 WR248 ohm0.5 A24 V12 WR372 ohm0.5 A36 V18 WNet140 Ω0.5 A70 V35 WTable 2(b): Use this table to determine your values from your simulated circuit from Figure 2.RIVPR120 ohm0.5 A10 V5 WR248 ohm0.5 A24 V12 WR372 ohm0.5 A36 V18 WNet140 Ω0.5 A70 V35 WHow do your values compare between Table 2(a) and Table 2(b)? Do not forget to include a screen shot of your designed circuit. The values of both, the current and the voltage are same in Tables 2(a) and 2(b).Part III: Third Circuit Figure 3: Third circuit diagram.Table 3(a): Use this table in conjunction with Figure 3RIVPR13 ohm2A6V12 WR21.5 ohm4 A6V24 WR31 ohm6 A6V36 WNet0.5 ohm12 A6V72 WTable 3(b): Use this to verify your values in Table 3(a) with your simulated circuit.RIVPR13 ohm2A6V12 WR21.5 ohm4 A6V24 WR31 ohm6 A6V36 WNet0.5 ohm12 A6V72 WHow do your values compare between Table 3(a) and Table 3(b)? Do not forget to include a screen shot of your designed circuit.The values of both, the current and the voltage are same in Tables 3(a) and 3(b).Part IV: Fourth Circuit Figure 4: The final circuit. Use in conjunction with Table 4(a)Table 4 (a): Use this table in conjunction with Figure 4RIVPR115 ohm6 A90 V540 WR220 ohm4.5 A90 V405 WR310 ohm9 A90 V810 WNet4.6 ohm19.5 A90 V1755 WTable 4(b): Use this to verify your values in Table 4(a) with your simulated circuit.RIVPR115 ohm6 A90 V540 WR220 ohm4.5 A90 V405 WR310 ohm9 A90 V810 WNet4.6 ohm19.5 A90 V1755 WHow do your values compare between Table 4(a) and Table 4(b)? Do not forget to include a screen shot of your designed circuit.The values of both, the current and the voltage are same in Tables 4(a) and 4(b). 

Warning! This essay is not original. Get 100% unique essay within 45 seconds!

GET UNIQUE ESSAY

We can write your paper just for 11.99$

i want to copy...

This essay has been submitted by a student and contain not unique content

People also read