According to the given wavelength in the chart and compare them with the graphs ,it can be seen in water sample 1 metal ions present are Sr,K,Ca
And in water sample 2 metal ions present are Na,Sr,Ba( in a small amount)
3. Identify the metal ions present in each of the following water sample emission spectra. Use...
2. Determine the corresponding emission wavelength (in nm) for the emission energies (in kJ/mol) ot each Group IA or IIA metal given in the table below. Element Emission Energy (kJ/mol) Wavelength (nm) Li 178.2 Na 203.5 К 155.3 156.5 184.8 198.7 Са 191.4 216.1 Sr 178.2 197.5 Ва 144.5 161.9
Oloms= 6.003110 holl= 60.031-19, 10 x 10.0233=342022 enci94 Mol - 3103 R 2. Determine the corresponding emission wavelength in nm) for the emission energies (in kJ/mol) of each Group IA or IIA metal given in the table below. Wavelength (mm) Element Emission Energy (kJ/mol 178.2 203.5 155.3 156.5 184.8 198.7 191.4 216.1 178.2 197.5 144.5 161.9
Pre-Laboratory Questions 1. An emission line of sodium has a wavel emitted in J/atom, and the energy emitte ne of sodium has a wavelength of 300 m. Calculate the energy of a photo of light atom, and the energy emitted per mole of Na atoms in kl/mol at this wavelength. 2. Determine the corresponding emission wavelength (in nm) for the emission energies (in kJ/mol of each Group IA or IIA metal given in the table below. Wavelength (nm) Element Emission...
Lab 9 Emission Analysis of Aqueous Solutions of Group IA and lIA Metal Salts Emion Analysis of Aqus Seltions of Gros A and BA Metal Salts 3. Identify the metal ions present in each of the following water sample emission spectra. Use the data in the Table in Question 2 to assist you in identifying the metal ions present in each spectrum Water Sample 1 75 nm and 771 m 672 nm 3900 603 nm 2900 554 pm 1900 900...