Question Solved1 Answer for this I think we have to make a knew fable to put in the min, max, actual value of the resistor, SD % values. thank so much for working on this assig. I am serving in the Army oversea and no enough to to work this enough! Table 3: 3. Obtain a resistor equal to the first value listed in Table 3.3. Determine the minimum and maximum acceptable values based on the nominal value and tolerance. Record these values in Table 3.3. Using the DMM, measured the actual value of the resistor and record it in Table 3.3. Determine the deviation percentage of this component and record it in Table 3.3. The deviation percentage may be found via: Deviation=100 * (measured-nominal)/nominal. Circle the deviation if the resistor is out of tolerance. 4. Repeat Step 3 for the remaining resistor in Table 3.3. Band 1 Red Band 2 Red Band 3 Brown Band 4 Silver Value 22. 10% 68 + 5% 150 + 5% 330 + 10% 560 + 5% 1.2k + 5% 2.7 k + 10% 8.2 k 15% 10 k +5% 33 k + 10% 680,k + 10% SM + 20% lul

0ECOHA The Asker · Physics
for this I think we have to make a knew fable to put in the min, max, actual value of the resistor, SD % values. thank so much for working on this assig. I am serving in the Army oversea and no enough to to work this enough!
Transcribed Image Text: for this I think we have to make a knew fable to put in the min, max, actual value of the resistor, SD % values. thank so much for working on this assig. I am serving in the Army oversea and no enough to to work this enough! Table 3: 3. Obtain a resistor equal to the first value listed in Table 3.3. Determine the minimum and maximum acceptable values based on the nominal value and tolerance. Record these values in Table 3.3. Using the DMM, measured the actual value of the resistor and record it in Table 3.3. Determine the deviation percentage of this component and record it in Table 3.3. The deviation percentage may be found via: Deviation=100 * (measured-nominal)/nominal. Circle the deviation if the resistor is out of tolerance. 4. Repeat Step 3 for the remaining resistor in Table 3.3. Band 1 Red Band 2 Red Band 3 Brown Band 4 Silver Value 22. 10% 68 + 5% 150 + 5% 330 + 10% 560 + 5% 1.2k + 5% 2.7 k + 10% 8.2 k 15% 10 k +5% 33 k + 10% 680,k + 10% SM + 20% lul
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Transcribed Image Text: for this I think we have to make a knew fable to put in the min, max, actual value of the resistor, SD % values. thank so much for working on this assig. I am serving in the Army oversea and no enough to to work this enough! Table 3: 3. Obtain a resistor equal to the first value listed in Table 3.3. Determine the minimum and maximum acceptable values based on the nominal value and tolerance. Record these values in Table 3.3. Using the DMM, measured the actual value of the resistor and record it in Table 3.3. Determine the deviation percentage of this component and record it in Table 3.3. The deviation percentage may be found via: Deviation=100 * (measured-nominal)/nominal. Circle the deviation if the resistor is out of tolerance. 4. Repeat Step 3 for the remaining resistor in Table 3.3. Band 1 Red Band 2 Red Band 3 Brown Band 4 Silver Value 22. 10% 68 + 5% 150 + 5% 330 + 10% 560 + 5% 1.2k + 5% 2.7 k + 10% 8.2 k 15% 10 k +5% 33 k + 10% 680,k + 10% SM + 20% lul
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value min. man. meagured Deviation22 @ 20%quad19.8quad242quad23quad4.5468 @5% 64.6quad71.4quad70quad2.94{:[150@5%,142.5,157.5,143,-4.66],[330@10%,297.,363,340,3.03]:}50@5%quad592quad588quad575quad2.671.2 k Gs% 1.14 k 1.26k 1.23 k quad2.52.7 k o.10%quad2.43 k quad2.97 k quad2.7 k quad08.2 (C) 5%7.79 k quad8.61 k quad8.19 k quad-0.12 ... See the full answer