Define relative error in a measurement-The resistance R - VI where V - 100- 5V and I - 10 - -2 find the relative error in R-

Relative Error is #160;a measure of the uncertainty of #160;measurement #160; #160;compared to the size of the measurement. It's used to put error into ...

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Standard VIII

Mathematics

Time and Work

Define relati...

Question

Define relative error in a measurement.
The resistance $R = \frac{V}{I}$ where $V = (100 \pm 5) V$ and $I = (10 \pm / .2)$ find the relative error in $R$ .

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Solution

Relative Error is a measure of the uncertainty of measurement compared to the size of the measurement. It's used to put error into perspective. For example, an error of 1 kg would be a lot if the total weight is 10 kg, but insignificant if the weight was 5 quintal.

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Define relative error in a measurement.The resistance R=VI where V=(100±5)V and I=(10±/.2) find the relative error in R.

Relative Error is a measure of the uncertainty of measurement compared to the size of the measurement. It's used to put error into perspective. For example, an error of 1 kg would be a lot if the total weight is 10 kg, but insignificant if the weight was 5 quintal.

Define relative error in a measurement.
The resistance $R = \frac{V}{I}$ where $V = (100 \pm 5) V$ and $I = (10 \pm / .2)$ find the relative error in $R$ .