MEASUREMENT OF METAL RESISTANCE AND RELATION TO TEMPERATURE
Measurement of electrical resistance can be applied to estimate type of metal. Resistance is not influenced by either electric current or difference potential. Result of experiment proves that the relation of resistance to temperature for various metal types ( Copper, nickelin and nichrome) is strai...
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id-itb.:127032017-09-27T14:41:00ZMEASUREMENT OF METAL RESISTANCE AND RELATION TO TEMPERATURE TIANUM SIRAIT (NIM 20207083), SYARIFAH Indonesia Theses INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/12703 Measurement of electrical resistance can be applied to estimate type of metal. Resistance is not influenced by either electric current or difference potential. Result of experiment proves that the relation of resistance to temperature for various metal types ( Copper, nickelin and nichrome) is straightly linear, mean that the greater of the temperature the greater also its resistance value. It can be obtained by seeing relation between resistance and temperature through electrical resistance temperature coefficient value. With this method can be indicated that aberration to gauging with electrical resistance temperature coefficient value happened shade of difference if it is compared to electrical resistance Coefficient value found on literature. This possible aberration because of heterogenity influence of metal temperature, less sensitively of thermometer to temperature change and energy power allowance fluctuations. text |
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Measurement of electrical resistance can be applied to estimate type of metal. Resistance is not influenced by either electric current or difference potential. Result of experiment proves that the relation of resistance to temperature for various metal types ( Copper, nickelin and nichrome) is straightly linear, mean that the greater of the temperature the greater also its resistance value. It can be obtained by seeing relation between resistance and temperature through electrical resistance temperature coefficient value. With this method can be indicated that aberration to gauging with electrical resistance temperature coefficient value happened shade of difference if it is compared to electrical resistance Coefficient value found on literature. This possible aberration because of heterogenity influence of metal temperature, less sensitively of thermometer to temperature change and energy power allowance fluctuations. |
| format |
Theses |
| author |
TIANUM SIRAIT (NIM 20207083), SYARIFAH |
| spellingShingle |
TIANUM SIRAIT (NIM 20207083), SYARIFAH MEASUREMENT OF METAL RESISTANCE AND RELATION TO TEMPERATURE |
| author_facet |
TIANUM SIRAIT (NIM 20207083), SYARIFAH |
| author_sort |
TIANUM SIRAIT (NIM 20207083), SYARIFAH |
| title |
MEASUREMENT OF METAL RESISTANCE AND RELATION TO TEMPERATURE |
| title_short |
MEASUREMENT OF METAL RESISTANCE AND RELATION TO TEMPERATURE |
| title_full |
MEASUREMENT OF METAL RESISTANCE AND RELATION TO TEMPERATURE |
| title_fullStr |
MEASUREMENT OF METAL RESISTANCE AND RELATION TO TEMPERATURE |
| title_full_unstemmed |
MEASUREMENT OF METAL RESISTANCE AND RELATION TO TEMPERATURE |
| title_sort |
measurement of metal resistance and relation to temperature |
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https://digilib.itb.ac.id/gdl/view/12703 |
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