I need assistance with answering the questions below using the data table attached in the picture. having trouble with how to answer the discussion questions using my data.

1. When resistors are connected in parallel, the voltage across each resistor must be the same. Do your measured voltage values agree with this statement?
2. Consider R equivalent column in Data Table 1. Does current measured using DMM agree with current calculated using Ohm's Law? Explain your answer referencing Data Table 1.
3. Consider R equivalent column in Data Table 1. Does voltage measured using DMM agree with voltage calculated using Ohm's Law? Explain your answer referencing Data Table 1.
4. This about last week's Resistors in Series lab.How did your current and voltage measurements differ between the series and parallel circuits you created? Which circuit gives you more current? Series or parallel? Which circuit has higher total (equivalent) resistance?

X, X A v LA. Styles Styles Dictate Editor Pane . Calculated the current through each resistor and through all three resistors in parallel using the measured resistance, measured voltage recorded in Data Table 1, and Ohm's law . Recorded the calculated currents Data and Analysis Data Table 1: I Battery voltage () R1 R2 R3 R Equivalent = 1.59 Resistance values 100 1000 2200 3300 from color codes (Ohms) Tolerance value 5% 5% 5% from color code (Ohms Resistance measured 98.8 0 1004 2.1902 using DMM (ohms) Current measured 1.6mA 1.6mA 0.10mA 3.31mA using DMM (mA) Voltage measured 0.54V 1.02V 1.02 V 2.6V using DMM () Voltage calculated 0.0485 V 0.485 V 1.067 V 1.6 V using Ohm's Law Current calculated 0.49 mA 0.49mA 0.49 mA 1.47mA using Ohm's Law (mA) Discussion/Conclusion English (United States) Focus tutor needs to know to provide a complete explanation and help you understand 204 .. ONA City P X