【Daily Question 20090301 Supplement】Note: Since the moderator assigned to handle it did not post it in time, a few blanks are added here
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【Daily Question 20090301 Supplement】Please note that the moderator assigned to handle this task failed to post it in a timely manner; therefore, a few additional fill-in-the-blank questions are provided as compensation for the forum members. Thank you for your understanding! 1. If the (Reynolds number) is the same, the flow of the fluid is similar. 2. The diaphragm box of medium differential pressure transmitters is (larger) than that of high differential pressure transmitters, but (smaller) than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) flow-reducing meter type. 4. A turbine flow meter is a (velocity) type of flow meter. 5. The turbine flow transmitter should be installed (horizontally). This post was last edited by 138972950 on 2009-3-3 12:36]
Give it a boost! 1. If the (Reynolds number) is the same, the flow of the fluid is similar. 2. The diaphragm chamber of medium differential pressure transmitters is larger than that of high differential pressure transmitters, but smaller than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) drop flow meter category. 4. The turbine flowmeter is a (velocity) type of flowmeter. 5. The turbine flow transmitter should be installed (horizontally).
1. If (Re) is the same, the flow of the fluid is similar. 2. The diaphragm box of medium differential pressure transmitters is (larger) than that of high differential pressure transmitters, but (smaller) than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) flow-reducing meter type. 4. A turbine flow meter is a (velocity) type of flow meter. 5. The turbine flow transmitter should be installed (horizontally).
1. If the (Reynolds number) is the same, the flow of the fluid is similar. 2. The diaphragm chamber of medium differential pressure transmitters is (larger) than that of high differential pressure transmitters, but (smaller) than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) drop flowmeter type. 4. A turbine flow meter is a (velocity) type of flow meter. 5. The turbine flow transmitter should be installed (horizontally).
1. If the (Reynolds number) is the same, the flow of the fluid is similar. 2. The diaphragm chamber of medium differential pressure transmitters is larger than that of high differential pressure transmitters, but smaller than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) drop flow meter category. 4. The turbine flowmeter is a (velocity) type of flowmeter. 5. The turbine flow transmitter should be installed (horizontally). :) Support
:victory: Please give your support. 1. If the Reynolds number is the same, the flow of the fluid is similar. 2. The diaphragm chamber of medium differential pressure transmitters is larger than that of high differential pressure transmitters, but smaller than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) drop flow meter category. 4. The turbine flowmeter is a (velocity) type of flowmeter. 5. The turbine flow transmitter should be installed (horizontally).
1. If (Re) is the same, the flow of the fluid is similar. 2. The diaphragm chamber of medium differential pressure transmitters is larger than that of high differential pressure transmitters, but smaller than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) drop flow meter category. 4. The turbine flowmeter is a (velocity) type of flowmeter. 5. The turbine flow transmitter should be installed (horizontally).
Answer: 1. If the (Reynolds number) is the same, the flow of the fluid is similar. 2. The diaphragm box of medium differential pressure transmitters is (larger) than that of high differential pressure transmitters, but (smaller) than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) flow-reducing meter type. 4. The turbine flowmeter is a (velocity) type of flowmeter. 5. The turbine flow transmitter should be installed (horizontally).
1. If the (Reynolds number) is the same, the flow of the fluid is similar. 2. The diaphragm chamber of medium differential pressure transmitters is larger than that of high differential pressure transmitters, but smaller than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) drop flow meter category. 4. The turbine flowmeter is a (velocity) type of flowmeter. 5. The turbine flow transmitter should be installed (horizontally).
My answer: 1. If (Re) is the same, the flow of the fluid is similar. 2. The diaphragm chamber of medium differential pressure transmitters is larger than that of high differential pressure transmitters, but smaller than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) drop flow meter category. 4. The turbine flowmeter is a (velocity) type of flowmeter. 5. The turbine flow transmitter should be installed (horizontally).
1. If the (Reynolds number) is the same, the flow of the fluid is similar. 2. The diaphragm chamber of medium differential pressure transmitters is larger than that of high differential pressure transmitters, but smaller than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) drop flow meter category. 4. The turbine flowmeter is a (velocity) type of flowmeter. 5. The turbine flow transmitter should be installed (horizontally).
1. If (Re) is the same, the flow of the fluid is similar. 2. The diaphragm box of medium differential pressure transmitters is larger than that of high differential pressure transmitters, but smaller than that of low differential pressure transmitters. 3. The rotor flowmeter belongs to the (constant pressure) drop flowmeter type. 4. The turbine flowmeter is a (velocity) type of flowmeter. 5. The turbine flow transmitter should be installed (horizontally).
1 If the (Reynolds number) is the same, the flow of the fluid is similar. In model 2, the diaphragm box of the medium differential pressure transmitter is larger than that of the high differential pressure type, but smaller than that of the low differential pressure type. 3 Rotameters belong to (constant-pressure) drop flow meters. A 4-turbine flow meter is a (velocity) type of flow meter. 5 Turbine flow transmitters should be installed (horizontally).
Answer: 1. If the (Reynolds number) is the same, the flow of the fluid is similar. 2. The diaphragm box of medium differential pressure transmitters is larger than that of high differential pressure transmitters, but smaller than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) flow-reducing meter type. 4. A turbine flow meter is a (velocity) type of flow meter. 5. The turbine flow transmitter should be installed (horizontally).
1. If the (Reynolds number) is the same, the flow of the fluid is similar. 2. The diaphragm box of medium differential pressure transmitters is larger than that of high differential pressure transmitters, but smaller than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) flow-reducing meter type. 4. A turbine flow meter is a (velocity) type of flow meter. 5. The turbine flow transmitter should be installed (horizontally). :victory: :victory:
It should be 1: If the (Reynolds number) is the same, the flow of the fluid is similar. 2. The diaphragm chamber of medium differential pressure transmitters is (larger) than that of high differential pressure transmitters, but (smaller) than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) drop flowmeter type. 4. A turbine flow meter is a (velocity) type of flow meter. 5. The turbine flow transmitter should be installed (horizontally).
1. Reynolds number. 2. Big, small. 3. Constant pressure. 4. Speed. 5. Horizontal.
1. If the (Reynolds number) is the same, the flow of the fluid is similar. 2. The diaphragm chamber of medium differential pressure transmitters is larger than that of high differential pressure transmitters, but smaller than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) drop flow meter category. 4. The turbine flowmeter is a (velocity) type of flowmeter. 5. The turbine flow transmitter should be installed (horizontally).
.1. If the (Reynolds number) is the same, the flow of the fluid is similar. 2. The diaphragm chamber of medium differential pressure transmitters is larger than that of high differential pressure transmitters, but smaller than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) drop flow meter category. 4. The turbine flowmeter is a (velocity) type of flowmeter. 5. The turbine flow transmitter should be installed (horizontally).
;P ;P ;P ;P : 1. If the (Reynolds number) is the same, the flow of the fluid is similar. 2. The diaphragm chamber of medium differential pressure transmitters is larger than that of high differential pressure transmitters, but smaller than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) drop flow meter category. 4. The turbine flowmeter is a (velocity) type of flowmeter. 5. The turbine flow transmitter should be installed (horizontally).
1. If the (Reynolds number) is the same, the flow of the fluid is similar. 2. The diaphragm chamber of medium differential pressure transmitters is larger than that of high differential pressure transmitters, but smaller than that of low differential pressure transmitters. 3. The rotameter belongs to the (constant pressure) drop flow meter category. 4. The turbine flowmeter is a (velocity) type of flowmeter. 5. The turbine flow transmitter should be installed (horizontally).