1.25
Density of a substance typically decreases as temperature increases. Therefore, if the density of methanol at 20°C is 0.792 g/cm³, it is likely to be slightly higher at 15°C due to the cooling effect. However, the specific value would depend on the thermal expansion characteristics of methanol.
How To Calculate The Density Of Oxygen Gas ,O2, At 30 Deg. C And 700 MmHg
86 deg F = 30 deg C So the temperature has changed from -18 deg C to 30 deg C, an increase of 48 deg. Conversely, -18 deg C = -0.4 deg F So the temperature has changed from -0.4 deg F to 86 deg F, an increase of 86.4 deg.
425 deg F = 491.48 deg C Not so! 425 deg F = 218.33 deg C
-40°F = -40°C
400 deg F = 204.44.. deg C
From -170 deg C to 400 deg C
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.
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.
400 Fahrenheit * * * * * No. It is 392 deg F
Density of a substance typically decreases as temperature increases. Therefore, if the density of methanol at 20°C is 0.792 g/cm³, it is likely to be slightly higher at 15°C due to the cooling effect. However, the specific value would depend on the thermal expansion characteristics of methanol.
How To Calculate The Density Of Oxygen Gas ,O2, At 30 Deg. C And 700 MmHg
250 deg C = 482 deg F.250 deg C = 482 deg F.250 deg C = 482 deg F.250 deg C = 482 deg F.
110 deg C = 230 deg F.110 deg C = 230 deg F.110 deg C = 230 deg F.110 deg C = 230 deg F.
0.84 @20 deg C, but can vary with temperature.
The density of bunker fuel decreases as temperature increases. At 100°C, the density of bunker fuel is typically lower than at 15°C due to thermal expansion. Generally, the density of bunker fuel at 100°C may be approximately 5-10% less than at 15°C, depending on the specific type of bunker fuel. To obtain precise values, one would need to refer to the specific density chart for the type of bunker fuel in question.
The density of ethanol at 20 deg C and normal presure is 0.789 g/mL.So the mass of 147 mL is 147*0.789 = 116.0 grams (approx).The density of ethanol at 20 deg C and normal presure is 0.789 g/mL.So the mass of 147 mL is 147*0.789 = 116.0 grams (approx).The density of ethanol at 20 deg C and normal presure is 0.789 g/mL.So the mass of 147 mL is 147*0.789 = 116.0 grams (approx).The density of ethanol at 20 deg C and normal presure is 0.789 g/mL.So the mass of 147 mL is 147*0.789 = 116.0 grams (approx).