In Btu. Q2) A heat capacity equation for the acetylene is given by: Cp 9.89 +0.8273 ×102T - 0.3783×10-5 T² + 0.7457 × 10º T³ where T is in °F and Cp is in Btu/(lb mol) (°F). i- Convert the Cp equation...

In Btu.<br>Q2)<br>A heat capacity equation for the acetylene is given by:<br>Cp 9.89 +0.8273 ×102T - 0.3783×10-5 T² + 0.7457 × 10º T³<br>where T is in °F and Cp is in Btu/(lb mol) (°F).<br>i- Convert the Cp equation so that T can be inserted in the equation in °R, and the<br>units of Cp will be Btu/(lb mol)(°R).<br>ii- Convert the Cp equation so that T can be inserted in the equation in K and the<br>units of Cp will be J/(g mol) (K).<br>03)<br>Grom 40O<br>100°C. Calçulate AH by<br>

Extracted text: In Btu. Q2) A heat capacity equation for the acetylene is given by: Cp 9.89 +0.8273 ×102T - 0.3783×10-5 T² + 0.7457 × 10º T³ where T is in °F and Cp is in Btu/(lb mol) (°F). i- Convert the Cp equation so that T can be inserted in the equation in °R, and the units of Cp will be Btu/(lb mol)(°R). ii- Convert the Cp equation so that T can be inserted in the equation in K and the units of Cp will be J/(g mol) (K). 03) Grom 40O 100°C. Calçulate AH by

Jun 08, 2022

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In Btu. Q2) A heat capacity equation for the acetylene is given by: Cp 9.89 +0.8273 ×102T - 0.3783×10-5 T² + 0.7457 × 10º T³ where T is in °F and Cp is in Btu/(lb mol) (°F). i- Convert the Cp equation...

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