1 mole Ni = 58.6934g
1g = 1000mg
2.63mol Ni x 58.6934g Ni/mol = 154g Ni
154g Ni x 1000mg/g = 154000mg Ni
The problem statement that the ion has a plus 1 charge means that there is one more proton than electron in the ion. Therefore, the ion contains 106 protons and 157 neutrons and thus has a mass number of 106 + 157 or 263 amu.
According to experts, 262 to 263 is the boiling point of ketamine.
Combined Gas Law Equation PV = nRT P = 5.76 ATM V = 505 L T = 273 K R = 0.0821 (ATM L) / (mol K) Solve for n n = mols of oxygen use periodic table of elements to get molecular mass A of elements n mols * ( A g/mol) * (1kg/1000g) = kilograms of oxygen. (PVA)/(1000RT)
I found on a patent website "At -263° F and 1 atmosphere specific gravity of liquid methane is 0.415 , the density is 25.9 lbs. per ft.3, " US gallon is 0.1336806 of a cubic foot thus 3.462 pounds per US gallon UK gallon is 0.1605437 of a cubic foot thus 4.158 pounds per UK gallon
A suffix -ide is used to indicate a covalent compound of only two elements. It is not applicable to all covalent compounds. Examples include the compounds of carbon and oxygen. Carbon monoxide (CO) and carbon dioxide (CO2). If you would like to check the reliability of my information my source was Bill W. Tillery's college text book "Physical Science." The information can be found on the lower half of page 263, chapter nine in the seventh edition of the book. A suffix -ide is used to indicate a covalent compound of only two elements. It is not applicable to all covalent compounds. Examples include the compounds of carbon and oxygen. Carbon monoxide (CO) and carbon dioxide (CO2). If you would like to check the reliability of my information my source was Bill W. Tillery's college text book "Physical Science." The information can be found on the lower half of page 263, chapter nine in the seventh edition of the book. A suffix -ide is used to indicate a covalent compound of only two elements. It is not applicable to all covalent compounds. Examples include the compounds of carbon and oxygen. Carbon monoxide (CO) and carbon dioxide (CO2). If you would like to check the reliability of my information my source was Bill W. Tillery's college text book "Physical Science." The information can be found on the lower half of page 263, chapter nine in the seventh edition of the book.
One kilogram is equal to 1000000 milligrams. Therefore, 263 milligrams is equal to 263/1000000 = 0.000263 kilograms.
0.000263 kg
You mean a charge of +1? That would mean that it has 106 protons. That element is seaborgium. The atomic mass, however, can be calculated by a combination of protons and neutrons. 106+157=263. The particle you speak of, seaborgium 157, has an atomic mass of 263.
30% of 263= 30% * 263= 0.3 * 263= 78.9
263
263 + 92 = 355 263 - 92 = 173 263 x 92 = 24196 263 ÷ 92 = 2.85869565217391
The factors of 263 are 1 & 263
No, only 1 and 263 go into 263 because 263 is a prime number.
263.
263-322 = -59
The positive integer factors of 263 are: 1, 263
The factors of 263 are: 1, 263