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P1.8.7.3 Verifying the Bernoulli Equation - Measuring with the Precision Manometer
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P1.8.7.3 Verifying the Bernoulli Equation - Measuring with the Precision Manometer
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P1.8.7.3 Verifying the Bernoulli Equation - Measuring with the Precision ManometerVerifying the Bernoulli Equation Measuring with the Precision Manometer The experiments P1. 8. 7. 3 and P1. 8. 7. 4 verify the Bernoulli equation. The difference between the total pressure and the static pressure is measured as a function of the cross section, whereby the cross section of the wind tunnel is gradually reduced by means of a built in ramp. If we assume that the continuity equation applies, the cross section Aprovides a measure of the
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Verifying the Bernoulli Equation - Measuring with the Precision Manometer
The experiments P1.8.7.3 and P1.8.7.4 verify the Bernoulli equation. The difference between the total pressure and the static pressure is measured as a function of the cross-section, whereby the cross-section of the wind tunnel is gradually reduced by means of a built-in ramp. If we assume that the continuity equation applies, the cross-section Aprovides a measure of the flow speed v due to
The experiment verifies the following relationship, which follows from the Bernoulli equation: 
COMPONENTS OF EQUIPMENT SETS:
| 1 | 373 12 | Wind tunnel |
| 1 | 373 041 | Suction and pressure fan |
| 1 | 373 13 | Prandtl pressure probe |
| 1 | 373 075 | Measurement trolley for wind tunnel |
| 1 | 373 10 | Precision manometer |
EXPERIMENT INSTRUCTIONS PLEASE CLICK HERE
P1.8.7.3 Verifying the Bernoulli Equation - Measuring with the Precision Manometer
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