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Kyoki ye superheat steam hogi jiska temp 125 degree centegrade hai aur pressure near about 1 bar hai Diya hai------ Temperature (T): 125°C - Pressure (P): 1 bar (approximately 1 kg/cm²) At 125°C and 1 bar, the steam is likely to be superheated, so we need the enthalpy values from superheated steam tables. Saturated Steam (1 bar): Saturation temperature for 1 bar (100 kPa) is 100°C. At 125°C, the steam will be in the superheated region. Superheated Steam (1 bar, 125°C): Enthalpy of superheated steam at 1 bar and 125°C can be found in the steam tables. Enthalpy of liquid water (hf) at 1 bar: approximately 419 kJ/kg Enthalpy of vaporization (hfg) at 1 bar: approximately 2257 kJ/kg - Enthalpy of steam (hg) = hf + hfg ≈ 2676 kJ/kg For superheated steam at 1 bar and 125°C, the enthalpy can be looked up directly from superheated steam tables. According to standard superheated steam tables: - Enthalpy (h) ≈ 2725 kJ/kg For 100 tons of steam: - 1 ton = 1000 kg - 100 tons = 100,000 kg Therefore, the total enthalpy for 100 tons of steam at 125°C and 1 bar: Total Enthalpy (H) = 2725 kJ/kg 100,000 kg = 272,500,000 kJ or 272.5 GJ So, the enthalpy of 100 tons of steam at 125°C and 1 kg/cm² pressure is approximately 272.5 GJ.

At 125°C, the steam will be in the superheated region. Temperature (T): 125°C - Pressure (P): 1 bar (approximately 1 kg/cm²) - Locate the corresponding pressure and temperature in the steam tables. Determine the enthalpy of saturated steam at the given temperature and pressure. At 125°C and 1 bar, the steam is likely to be superheated, so we'll need the enthalpy values from superheated steam tables. Saturated Steam (1 bar): - Saturation temperature for 1 bar (100 kPa) is 100°C. At 125°C, the steam will be in the superheated region. Superheated Steam (1 bar, 125°C):** - Enthalpy of superheated steam at 1 bar and 125°C can be found in the steam tables. Using standard steam tables: - Enthalpy of liquid water (hf) at 1 bar: approximately 419 kJ/kg - Enthalpy of vaporization (hfg) at 1 bar: approximately 2257 kJ/kg - Enthalpy of steam (hg) = hf + hfg ≈ 2676 kJ/kg For superheated steam at 1 bar and 125°C, the enthalpy can be interpolated or looked up directly from superheated steam tables. According to standard superheated steam tables: - Enthalpy (h) ≈ 2725 kJ/kg For 100 tons of steam: - 1 ton = 1000 kg - 100 tons = 100,000 kg Therefore, the total enthalpy for 100 tons of steam at 125°C and 1 bar: - Total Enthalpy (H) = 2725 kJ/kg 100,000 kg = 272,500,000 kJ or 272.5 GJ So, the enthalpy of 100 tons of steam at 125°C and 1 kg/cm² pressure is approximately 272.5 GJ.

Enthalpy of superheated steam at 1 bar and 125°C can be found in the steam tables. Using standard steam tables: - Enthalpy of liquid water (hf) at 1 bar: approximately 419 kJ/kg - Enthalpy of vaporization (hfg) at 1 bar: approximately 2257 kJ/kg - Enthalpy of steam (hg) = hf + hfg ≈ 2676 kJ/kg

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