10.0gm
Nitrogen monoxide is one nitrogen molecule (atomic weight 14) combined with one oxygen molecule (atomic weight 16). The atomic weight for NO is (14 +16 =) 30. Nitrogen dioxide is one nitrogen molecule (atomic weight 14) combined with two oxygen molecules (atomic weight 16). The atomic weight for NO2 is [14 + (2×16)] = 46. Nitrogen also forms a few more stable oxides; N2O Nitrous Oxide (Laughing Gas), NO3 Nitrogen Trioxide, and N2O5 Di-nitrogen Pentoxide (Nitric Acid Anhydride). H_AMMER
The density of a gas is proportional to its molecular mass. Nitrogen (N2) contains 2 nitrogen atoms each with a mass of about 14 AMU (atomic mass units) for a total molecular mass of about 44. Carbon dioxide (CO2) contains 2 atoms of oxygen, each with a mass of about 16 AMU and 1 carbon atom with a mass of about 12 AMU for a total mass of 44.
When fossil fuels are burned, including coal, they produce numerous gases. The two that most contribute to acid rain are nitrogen oxides and sulfur oxides. Coal has quite a significant nitrogen content (often around 1.5% by weight), and when burned it reacts with oxygen in the air under high heat (typically more than 1500 degrees F) to form nitrogen oxides. Coal can contain up to 10% sulfur by weight, although values of 1-4% are more typical depending on the region where the coal was extracted which when the sulfur is oxidized, produces sulfur dioxide SO2. In a nutshell: Air contains nitrogen, and coal some nitrogen and sulfur, when burned makes nitrous oxide, nitric oxide, sulfur dioxide, and sulfur trioxide. In the atmosphere SO3 combines with H2O to build H2SO4 which is sulfuric acid. Sulfur dioxide makes sulfurous acid, and Nitrogen oxides combine to make a variety of nitrogen acid compounds. Carbon dioxide and monoxide as well combines with moisture in the air, to a lesser extent, to make carbonic and carbolic acids.
The formula weight of nitric acid (HNO3) can be calculated by adding up the atomic weights of its constituent elements: hydrogen (H), nitrogen (N), and oxygen (O). The atomic weights are approximately 1, 14, and 16 respectively, so the formula weight of nitric acid is 1 + 14 + (3 * 16) = 63 grams per mole.
Nitrogen is lighter than oxygen. The atomic weight of nitrogen is approximately 14, while the atomic weight of oxygen is approximately 16.
There is no such compound as "nitrogen oxide" - the total range of potential oxides of nitrogen is sometimes referred to as "Nitrogen oxides" (NOx).From the table below the ratio of N to O in each of the possible NOx compounds can easily be observed. There is as much nitrogen in each molecule of nitric oxide as here is in each molecule of nitrogen dioxide (one atom) but the ratio of the weights is different (NO is 50% N by weight, NO2 is 33% N by weight)The oxides of nitrogen are:Nitric oxide - NONitrous oxide - N2ONitrogen Dioxide - NO2Dinitrogen trioxide - N2O3Dinitrogen Tetraoxide - N2O4Dinitrogen Pentoxide - N2O5However, leaving that aside and addressing the root question: you're probably thinking of the Law of Definite Proportions.
Nitrogen monoxide is one nitrogen molecule (atomic weight 14) combined with one oxygen molecule (atomic weight 16). The atomic weight for NO is (14 +16 =) 30. Nitrogen dioxide is one nitrogen molecule (atomic weight 14) combined with two oxygen molecules (atomic weight 16). The atomic weight for NO2 is [14 + (2×16)] = 46. Nitrogen also forms a few more stable oxides; N2O Nitrous Oxide (Laughing Gas), NO3 Nitrogen Trioxide, and N2O5 Di-nitrogen Pentoxide (Nitric Acid Anhydride). H_AMMER
The density of a gas is proportional to its molecular mass. Nitrogen (N2) contains 2 nitrogen atoms each with a mass of about 14 AMU (atomic mass units) for a total molecular mass of about 44. Carbon dioxide (CO2) contains 2 atoms of oxygen, each with a mass of about 16 AMU and 1 carbon atom with a mass of about 12 AMU for a total mass of 44.
When fossil fuels are burned, including coal, they produce numerous gases. The two that most contribute to acid rain are nitrogen oxides and sulfur oxides. Coal has quite a significant nitrogen content (often around 1.5% by weight), and when burned it reacts with oxygen in the air under high heat (typically more than 1500 degrees F) to form nitrogen oxides. Coal can contain up to 10% sulfur by weight, although values of 1-4% are more typical depending on the region where the coal was extracted which when the sulfur is oxidized, produces sulfur dioxide SO2. In a nutshell: Air contains nitrogen, and coal some nitrogen and sulfur, when burned makes nitrous oxide, nitric oxide, sulfur dioxide, and sulfur trioxide. In the atmosphere SO3 combines with H2O to build H2SO4 which is sulfuric acid. Sulfur dioxide makes sulfurous acid, and Nitrogen oxides combine to make a variety of nitrogen acid compounds. Carbon dioxide and monoxide as well combines with moisture in the air, to a lesser extent, to make carbonic and carbolic acids.
The formula weight of nitric acid (HNO3) can be calculated by adding up the atomic weights of its constituent elements: hydrogen (H), nitrogen (N), and oxygen (O). The atomic weights are approximately 1, 14, and 16 respectively, so the formula weight of nitric acid is 1 + 14 + (3 * 16) = 63 grams per mole.
Weight:1.45 grams volume: 6.789
Carbon dioxide diffuses most rapidly among the gases listed. This is because carbon dioxide has a lower molecular weight and smaller size compared to methane, nitrogen, oxygen, and chlorine, enabling it to diffuse more quickly through a medium.
It exists naturally in air, many foods (proteins, legumes, etc.), and soil. Nitrogen compounds such as ammonia, nitric acid, nitrates, and nitrides are used to make fertilizers and other chemical products. Its chemical symbol is N, and atomic weight is 7.
The atomic weight of nitrogen is 14.0067 u.
The density of gases like carbon dioxide, hydrogen, oxygen, and nitrogen can be compared by looking at their molecular weights. Carbon dioxide has a molecular weight of 44 g/mol, hydrogen 2 g/mol, oxygen 32 g/mol, and nitrogen 28 g/mol. Typically, gases with higher molecular weights have higher densities, so in this case, the order from least to most dense would be: hydrogen, nitrogen, oxygen, carbon dioxide.
Yes, sound can travel through carbon dioxide. However, carbon dioxide is not as efficient in transmitting sound as other gases like oxygen or nitrogen due to its higher molecular weight and density. This can affect the speed and quality of sound transmission through carbon dioxide.
Nitrogen is lighter than oxygen. The atomic weight of nitrogen is approximately 14, while the atomic weight of oxygen is approximately 16.