A tank contains 2 kg of nitrogen (N₂). The temperature T₁ in the tank is 45 °C and the pressure p, is 2.6 bar. Calculate 1) Pressure p, in kilopascals 2) Amount of nitrogen n 3) Tank volume V 4) Density of nitrogen p kPa (with zero decimals accuracy) mol (with one decimal accuracy) 5) New temperature T₂ m³ (with three decimal accuracy) kg/m³ (with one decimal accuracy) If the pressure of the tank would increase by 0.5 bar, what would be the new temperature of nitrogen in the tank? °℃ (with zero decimals)
A tank contains 2 kg of nitrogen (N₂). The temperature T₁ in the tank is 45 °C and the pressure p, is 2.6 bar. Calculate 1) Pressure p, in kilopascals 2) Amount of nitrogen n 3) Tank volume V 4) Density of nitrogen p kPa (with zero decimals accuracy) mol (with one decimal accuracy) 5) New temperature T₂ m³ (with three decimal accuracy) kg/m³ (with one decimal accuracy) If the pressure of the tank would increase by 0.5 bar, what would be the new temperature of nitrogen in the tank? °℃ (with zero decimals)
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Transcribed Image Text:A tank contains 2 kg of nitrogen (N₂). The temperature T₁ in the tank is 45 °C and the pressure p is 2.6 bar.
Calculate
1) Pressure p in kilopascals
2) Amount of nitrogen n
3) Tank volume V
4) Density of nitrogen p
kPa (with zero decimals accuracy)
mol (with one decimal accuracy)
5) New temperature T₂
m³ (with three decimal accuracy)
kg/m3 (with one decimal accuracy)
If the pressure of the tank would increase by 0.5 bar, what would be the new temperature of nitrogen in the tank?
°C (with zero decimals)
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