22.04
The density of sulfur dioxide gas (SO2) at 475 mmHg and 58.5°C can be calculated using the ideal gas law equation: PV = nRT. First, convert 475 mmHg to atm and 58.5°C to Kelvin. Then, rearrange the equation to solve for density, which will be in units of g/L.
475 degrees Fahrenheit = 246.111111 degrees Celsius
246.1 degrees centigrade.
Auto ignition Temperature: 425 - 475 degrees Fahrenheit
Nobody uses Rankine, so who knows (or cares) about that. However, 475 Kelvin is significantly hotter than from 15 degrees Celsius (it's well over the boiling point of water), and 59 F sounds about right for 15 C, so assuming it's not a trick question, 475 K is the odd man out.
The colour is faint purple (lavender). Purple is a mixture of the colors red (650 nm) and blue (475 nm).
Docksta's population density is 475 people per square kilometer.
Verbivchyk's population density is 475 people per square kilometer.
To burn sulfur, you need to heat it to its ignition temperature of approximately 246 degrees Celsius (475 degrees Fahrenheit. Once it reaches this temperature, it will start to burn and produce sulfur dioxide gas and sulfur trioxide. It is important to handle burning sulfur with caution due to the toxic fumes it can produce.
The volume of a copper piece can be calculated by dividing its mass by its density. The density of copper is approximately 8.96 g/cm³. Therefore, the volume of a 475g piece of copper would be 53.1 cm³.
D=M/VD=1900/475D=4 g/mL
76% of 475= 76% * 475= 0.76 * 475= 361
25% of 475= 25% * 475= 0.25 * 475= 118.75
40% of 475= 40% * 475= 0.4 * 475= 190
Venus' atmosphere is primarily composed of carbon dioxide with trace amounts of nitrogen and sulfur dioxide. The atmosphere is extremely thick and dense, with a surface pressure over 90 times that of Earth. Temperatures in the Venusian atmosphere can reach up to 900 degrees Fahrenheit (475 degrees Celsius).
10% of 475= 10% * 475= 0.1 * 475= $47.50
88% of 475 = 88% * 475 = 0.88 * 475 = 418
475 is composite.