A spherical tank contains 4 kg of nitrogen (N2). The temperature T₁ in the container is 50 °C and the pressure p₁ is 2.4 bar. Calculate a) Amount of nitrogen n❘ b) Diameter of the sphere d c) Density of nitrogen p mol (with zero decimals accuracy) m (with one decimal accuracy) | kg/m³ (with one decimal accuracy) If the pressure of the tank would increase by 0.8 bar, what would be the new temperature of nitrogen in the tank? New temperature T₂ °C (with zero decimals)

A spherical tank contains 4 kg of nitrogen (N2). The temperature T₁ in the container is 50 °C and the pressure p₁ is 2.4 bar. Calculate a) Amount of nitrogen n❘ b) Diameter of the sphere d c) Density of nitrogen p mol (with zero decimals accuracy) m (with one decimal accuracy) | kg/m³ (with one decimal accuracy) If the pressure of the tank would increase by 0.8 bar, what would be the new temperature of nitrogen in the tank? New temperature T₂ °C (with zero decimals)