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With uniform temperature, taking h constant in the gas-equation, dp / dz= =p / k, p=poet/ k, (9) so that in ascending in the atmosphere of thermal equilibrium the pressure and density diminish at compound discount, and for pressures p 1 and 1, 2 at heights z 1 and z2 (z1-z2)11?

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均一な温度で、ガス方程式でhを一定にすると、dp / dz = = p / k、p = poet / k、（9）熱平衡の雰囲気で上昇すると、圧力と密度は複合割引で減少します。圧力p1と1、2の場合、高さz 1とz2（z1-z2）11？

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At a uniform temperature, if h is constant in the gas equation, dp / dz = = p / k, p = poet / k, (9) As the temperature rises in an atmosphere of thermal equilibrium, the pressure and density decrease with a combined discount. For pressures p1 and 1,2, height z1 and z2 (z1-z2) 11?

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均一な温度で、ガス方程式でhが一定の場合、dp / dz = = p / k、p = poet / k、（9）熱平衡の雰囲気で温度が上昇すると、圧力と密度はaとともに減少します。複合割引。圧力p1および1,2の場合、高さz1およびz2（z1-z2）11？

BACK INTO ENGLISH

At a uniform temperature, where h is constant in the gas equation, dp / dz = = p / k, p = poet / k, (9) As the temperature rises in an atmosphere of thermal equilibrium, the pressure and density decrease with a. .. Combined discount. For pressures p1 and 1,2, height z1 and z2 (z1-z2) 11?

INTO JAPANESE

気体方程式でhが一定である均一な温度では、dp / dz = = p / k、p = poet / k、（9）熱平衡の雰囲気で温度が上昇すると、圧力と密度はaとともに減少します。 。 ..複合割引。圧力p1および1,2の場合、高さz1およびz2（z1-z2）11？

BACK INTO ENGLISH

At a uniform temperature where h is constant in the gas equation, dp / dz == p / k, p = poet / k, (9) As the temperature rises in a thermal equilibrium atmosphere, the pressure and density decrease with a. .. .. Combined discount. For pressures p1 and 1,2, height z1 and z2 (z1-z2) 11?

INTO JAPANESE

気体方程式でhが一定である均一な温度では、dp / dz == p / k、p = poet / k、（9）熱平衡雰囲気で温度が上昇すると、圧力と密度はaとともに減少します。 ....複合割引..圧力p1および1,2の場合、高さz1およびz2（z1-z2）11？

BACK INTO ENGLISH

At a uniform temperature where h is constant in the gas equation, dp / dz == p / k, p = poet / k, (9) As the temperature rises in a thermal equilibrium atmosphere, the pressure and density decrease with a. .... Combined discount .. For pressures p1 and 1,2, height z1 and z2 (z1-z2) 11?

INTO JAPANESE

気体方程式でhが一定である均一な温度では、dp / dz == p / k、p = poet / k、（9）熱平衡雰囲気で温度が上昇すると、圧力と密度はaとともに減少します。 ....複合割引..圧力p1と1,2の場合、高さz1とz2（z1-z2）11？

BACK INTO ENGLISH

At a uniform temperature where h is constant in the gas equation, dp / dz == p / k, p = poet / k, (9) As the temperature rises in a thermal equilibrium atmosphere, the pressure and density decrease with a. .... Combined discount .. For pressures p1 and 1,2, height z1 and z2 (z1-z2) 11?