Lab Report. Calculations. Mathematics & Economics Essay

Lab Report
Author Name
University Name
Calculations
C1: Show how you calculated the mass of MgNH4PO4·6H2O(s) from the weights recorded in your data.
From these calculations, we got to know that one atom of carbon had a mass of 12 amu, but the mass of one mole of carbon was 12 grams, giving us 6.022x10^23 amu = 1 gram or 1 mole amu = 1 gram. In order to determine the molar mass of MgNH4PO4·6H2O, we had to follow the following method:
1 Mg = 24.304 g/mole
1 N = 14.006 g /mole
16 H = 16(1.007 g/mole) = 16.127 g/mole
1 P = 30.973 g/mole
10 O = 10(15.899 g/mole) = 158.99 g/mole
C2: Use dimensional analysis and molar mass of MgNH4PO4·6H2O(s) to calculate the moles of MgNH4PO4&m...