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[531 831] Joule and wattmeter
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P2.3.4.2 Converting electrical energy into heat energy - Measuring with the joule and wattmeter
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P2.6.3.1 Determining the efficiency of the heat pump as a function of the temperature differential
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P2.6.3.3 Analyzing the cyclical process of the heat pump with the Mollier diagram
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P3.6.6.3 Quantitative comparison of DC power and AC power in an incandescent lamp (de)
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P3.6.6.4 Determining the crest factors of various AC signal forms (de)
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P3.6.6.5 Determining the active and reactive power in AC circuits
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C4.4.5.2 Determination of the Faraday constant
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D2.2.1.1a Thermal energy and rises in temperature
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D2.2.1.2a Thermal energy and mass
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D2.2.1.3a Thermal energy and materials
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D2.2.1.4a Specific heat of water (de)
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D3.4.5.1b Charging and discharging a capacitor - Joulemeter and wattmeter (de)
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D3.4.6.1a Electrical power for various loads (de)
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D3.4.6.2b How electrical power depends on current (de)
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D3.4.6.3b How electrical power depends on voltage (de)
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D3.4.6.4a Electrical power and the luminance of light bulbs (de)
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D3.4.6.5a How electrical work depends on time (de)
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D3.4.6.7b Electrical work done by an immersion heater - Joulemeter and wattmeter (de)
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D3.4.6.8a Electrical work when cooking (de)
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D3.4.7.1c Efficiency of a DC motor - Measurement with joulemeter and wattmeter
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D3.4.7.2b Efficiency of a tachogenerator - Measurement with joulemeter and wattmeter
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D3.4.7.3b Conversion of electrical energy into thermal energy - Measurement via joulemeter and wattmeter
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D3.4.7.7a Characteristic power curve for a solar cell
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