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How do you pronounce kilopascal in English (1 out of 22).

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Translation of kilopascal

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IPA (International Phonetic Alphabet) of kilopascal

The International Phonetic Alphabet (IPA) is an alphabetic system of phonetic notation based primarily on the Latin alphabet. With phonetic transcriptions, dictionarie tell you about the pronunciation of words, because the spelling of an English word does not tell you how you should pronounce it. Below is the phonetic transcription of kilopascal:
/kɪlowpæskəl/

kilopascal on Youtube

  1. 500 kilopascal, 750 kilopascal and 1 megapascal and the maximum sigmamax and w max is a maximum
  2. that deflection if you look is 1.69, 1.67 so here is 3.39 kilopascal for 500 kilopascal.
  3. layer 2 and layer 3 will be 2990.8 kilopascal and between layer 192 even will be 990.8 kilopascal.
  4. 0 to 105 kilopascal, tire pressure of the automobile 500 kilopascal. This is the pressure
  5. hydraulics that is 20000 kilopascal. Climate control 50 to 105 kilopascal. Climate control
  6. water and nutrients, the value is measured in kilopascal and should be maintained
  7. for the simulated for 4 pressure values, one is 1 megapascal starting from 250 kilopascal,
  8. The deflection maximum is 3.39 micron. Here is 3.34 micron for 750 kilopascal 5.08 micron,
  9. pressure is kilopascal. So, N will be 0865 and if it is meter cube per hour and pressure
  10. equivalent to 101.3 kilopascal or again that is equivalent to 10.34 meter of water quantum.
  11. kilopascal or 10.34 meter of water quantum. So this equation gives the general pressure
  12. So finally multiplied by 100 we get 990.8 kilopascal, at this location the pressure
  13. will be 990.8 kilopascal. So similarly now we will determine the pressure at position
  14. 3. So that total p2 is equal to p1 we have already determine as 990.8 kilopascal that
  15. location will be p2 locate here will be 2990.8 kilopascal.
  16. value is this value is 10.104 into 300 that gives 6022 kilopascal. The pressure at the
  17. bottom of the sea at this location will be 6022 kilopascal and the interface between
  18. 2.157 kilopascal. This way using a differential manometer we can determine the pressure difference
  19. It's 8.3145 liters kilopascal per kelvin mole.
  20. 0 to 105 kilopascal, many fold pressure. That means there is miscellaneous application for