. In the reaction of and solid sodium peroxide solid sodium carbonate and oxygen gas are formed. This reaction is used in submarines and space vehicles to remove expired and to generate some of the required for breathing. Assume that the volume of gases exchanged in the lungs equals the content of expired air is 3.8% by volume, and the gases are at and 735 mmHg. If the and in the above reaction are measured at the same temperature and pressure, (a) how many milliliters of are produced per minute and (b) at what rate is the consumed, in grams per hour?
September 15, 2017 – Lecture 7 Rydberg equation: o N1= where electron starts, n2= where electrons ends up o Rydberg equation is a mathematical description to fit hydrogen’s atomic spectra o It describes the inverse wavelength o R= 1.096776 x 10 m 7 ‐1 Bohr equation: o Describes the energies of line spectra o The constant is different o The answer comes out in J o It’s N final minus N initial o They’re both related by E = hc/λ Problem: (Redo from Lecture 6): Use the Rydberg equation to find the wavelength (in Å) of the photon absorbed when an H atom undergoes a transition from n = 1 to
