To calculate the density of carbon dioxide (CO2) at 40°C and 350 bar, you can use the Ideal Gas Law as a rough estimate, but since CO2 behaves non-ideally at high pressures, it's better to refer to real gas equations or empirical data. At 350 bar and 40°C, the density of CO2 is approximately 1000 kg/m³ (1 g/cm³). However, for precise applications, it's advisable to consult specific thermodynamic tables or software for CO2 under those conditions.
350 deg F = 176.67 deg C.
350 deg F = 176.7 deg C
CO2 gas does not in 40 degrees Celsius. Not anything different from 35 deg or 45 deg.
It is 350 deg F.
350°F → (350 - 32) × 5/9 °C = 176 2/3 °C ≈ 176.67°C For cooking purposes, 350°F (Gas Mark 4) is converted at 175°C
The density of carbon dioxide at 400°C will depend on the pressure it is under. At standard atmospheric pressure (1 atm), the density of CO2 at 400°C is approximately 10.26 kg/m^3.
350 deg F = 176.67 deg C.
350 deg F = 176.7 deg C
CO2 gas does not in 40 degrees Celsius. Not anything different from 35 deg or 45 deg.
350 deg C = 662 deg F.
It is 350 deg F.
The density of water increases as its temperature increases from 0 deg C to 4 deg C (the anomalous expansion phase). Above 4 deg C, the density decreases with temperature.
The answer depends on the scale used for 350.350 deg Celsius = 662 deg F.
350°F → (350 - 32) × 5/9 °C = 176 2/3 °C ≈ 176.67°C For cooking purposes, 350°F (Gas Mark 4) is converted at 175°C
62
170 deg Celsius (not Celcius) = 338 deg Fahrenheit (not farneheit).
The exact answer is needed because flow metering systems uses water at 60 deg f to calculate fluid specific gravity from fluid density. SG= fluid density Lb/f3 / water density lb/f3 at 60 deg f.