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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 megapascal:

/mɛɡəpɑskəl/

megapartneringmegaparsecsmegaparsecmegapacktcmmegapacksmegapackmegaohmsmegaohmmeganyameganucleusmeganticmeganthropusmegantmeganscherkmegansmegapascalsmegapascqalsmegapatchmegapausemegaphonmegaphonemegaphonedmegaphonesmegaphonicmegaphonicallymegaphoningmegaphotomegaphotographicmegaphotographymegaphotos

- stress and tension shear and compression are 80 megapascal 60 megapascal and 120 megapascal
- Megapascal for post-tensioned concrete and 40 Megapascal for pre-tensioned concrete.
- 3 Megapascal and the modulus of concrete is equal to 35000 Megapascal, find out the losses
- Megapascal. For Type 2 members, the allowable tensile stress is 3 Megapascal.
- of 60 which is 26.4 Megapascal and allowable tensile stress still remains as 3 Megapascal.
- found this stress is found to be 1 megapascal for the proof mass side and minus 1 megapascal
- 2 megapascal; maximum strain is 40 to 50 percent, elastic modulus is 1 megapascal; it is so
- at 505 megapascal but we found that our hoop stress is only 3.5 megapascal
- One MegaPascal of pressure is about the pressure in an average human bite.
- fpk equal to 1500 Megapascal, we are calculating the area of the prestressing steel. Area of
- is 42 Megapascal. The allowable compressive stress is 0.44 fci which comes out to be 18.5
- At transfer, we see that for the precast portion, the average stress is minus 12.3 Megapascal
- which is less than the allowable value of 18 Megapascal. Hence, it is satisfactory for
- minus 17.6 and the stress at the bottom is 0.4 Megapascal; these values are for the precast
- For the cast-in-situ portion, the stress at the top is minus 4.3 Megapascal and the stress
- at the junction is minus 0.6 Megapascal.Thus, we get the stress profile for the composite
- This is in megapascal and this is in the micrometer. So that plot is with application of pressure
- So now the pico ampere the current scale is in pico ampere and pressure in megapascal.
- for the simulated for 4 pressure values, one is 1 megapascal starting from 250 kilopascal,
- 500 kilopascal, 750 kilopascal and 1 megapascal and the maximum sigmamax and w max is a maximum