I need assistance with how to determine the values from using information in Data table 1 along with answering the questions. having trouble with calculations to complete the data table and how to answer the discussion questions.

dit View Sign Window Help 8 61% Resistors in Series Lab.pdf test 1 page 1 and... Resistors in Serie... 2 /2 + 100% Resistors R1: 100 Ohm - brown, black, black, black, gold bars R2: 1000 Ohm - brown, black, black, brown, gold bars R3: 2200 Ohm - red, red, black, brown, gold bars Here's a 5-band resistor color code calculator to check your resistors. The tolerance bar on the resistors in the kit is usually gold. Turn the resistor so that the gold bar is to the right, then look at the colors of the first 4 bars. https://www.digikey.com/en/resources/conversion-calculators/conversion-calculator-resistor- color-code Discussion questions 1) Do the measured resistance values for each of the three resistors agree with the printed color bands on each device? Explain your answer referencing Data Table 1. 2) When resistors are connected in series, the current through each resistor must be the same. Do your measured current values agree with this statement? 3) Does current measured using DMM for each resistor agree with current calculated using Ohm's Law for that resistor? If not, what are the possible experimental errors? 4) Does voltage measured using DMM agree with voltage calculated using Ohm's Law? If not, what are the possible experimental errors? 203 13 Book Find Tools & Share @ & # % 0 4 5 6 8T 1 R + 71.1% Data Table 1: Measured Battery Voltage 1.61 (R1) (R2) Resistance values from color (R3) 100 1000 codes (Ohms) 2200 Tolerance values from color (R1) 5% (R2) 5% (R3) 5% codes (Ohms) Theoretical Total + 330 (Equivalent) Resistance (Ohms) (R1) (R2) (R3) Measured Resistance using 99.5 27.1 0.34 DMM (Ohms) Measured Total (Equivalent) 3.29 Resistance (Ohms) Measured Currents (mA) R1) (R2) (R3 (Entire Circuit) 0.71 0.49 0.46 0.45 Measured Voltages () (R1) (R2) (R3) (Across all 3 resistors) 0.04 0.48 1.059 1.57 Data Table 2: (Entire Voltage (RI) (R2) (R2) Circuit) calculated using Ohm's Law (V) Entire Current (R1) (R3) (R3) Circuit) calculated using Ohm's Law (A) 3 203 17 ONAD ... Find Tools & Share