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2000kg h steam boiler

Mechanical Engineering Problems With Solution - DocShare.tips

= = g = 1 H.P. = 1 Pascal(Pa) = 1KPa = 1MPa = 1GPa = 1 bar = (pE2 – pE1) q1–2 = h2 – h1 Heat supplied in a boiler increases the enthalpy of the system. Steam out Water in Q5–2 Boiler q1–2 = w1–2 (h2 – h1) + (kE2 – kE1) + PE2 – pE1) – q1–2 = h2 – h1 Heat is lost by the system to the cooling water q1–2 = h1 – h2 2

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Mechanical Engineering Problems With Solution - DocShare.tips

= = g = 1 H.P. = 1 Pascal(Pa) = 1KPa = 1MPa = 1GPa = 1 bar = (pE2 – pE1) q1–2 = h2 – h1 Heat supplied in a boiler increases the enthalpy of the system. Steam out Water in Q5–2 Boiler q1–2 = w1–2 (h2 – h1) + (kE2 – kE1) + PE2 – pE1) – q1–2 = h2 – h1 Heat is lost by the system to the cooling water q1–2 = h1 – h2 2

Get A Quote

Mechanical Engineering Problems With Solution - DocShare.tips

= = g = 1 H.P. = 1 Pascal(Pa) = 1KPa = 1MPa = 1GPa = 1 bar = (pE2 – pE1) q1–2 = h2 – h1 Heat supplied in a boiler increases the enthalpy of the system. Steam out Water in Q5–2 Boiler q1–2 = w1–2 (h2 – h1) + (kE2 – kE1) + PE2 – pE1) – q1–2 = h2 – h1 Heat is lost by the system to the cooling water q1–2 = h1 – h2 2

Get A Quote

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