1. If you know the measured electrical voltage and thecross-sectional area of the pipe/tube you can determine the volume?T/F

2. In order to use the electromagnetic type of meter what kindof fluid must be flowing through the meter in order to induce anelectrical voltage between the electrodes? T/F

3. By increasing the cross-sectional area of the restriction,one can significantly increase the flow velocity. T/F

4. The higher the flow velocity and the resulting pressure droparound the restriction, the greater the differential pressuremeasured by the sensor. T/F

5. Using a Coriolis meter is the only way the particularX of mass flow, density, volume flow, and flowvelocity can be measured simultaneously.

a. Process Variables

b. Measurements

c. Phases

d. Process technique

6. When sensors in this kind of flow meter sense a change intube oscillation what is this phenomena called?

7.The frequency of the changing zones of pressure corresponds tothe X of passing vortices.

8. Total flow can be calculated since the distance between twoconsecutive vortices corresponds to a defined volume.

9. The differential transit times of the signals going upstreamand downstream is a direct measure of (X).

10. When there is no flow, the signal transit times betweenultrasonic sensor pairs are X upstream anddownstream.

a. Not Applicable

b. same

c. different

11. Thermal meters use principles of X in orderto determine various flow process variables

a. fluid dynamics

b. heat generation

c. heat transfer

d. thermodynamics

12. The amount of energy required to maintain the desiredtemperature difference is proportional to the cooling effect, andtherefore, it is a direct measure of the mass flow rate. T/F

13. It is critical to the measurement that any flow meter isinstalled in such a manner that is kept full of fluid at all times.T/F

14. Laminar flow is the most desirable for flow measurements inpipes T/F

15. ________occurs when piping systems contain bends in multipledirections in succession.