See the attached file. Experimental Procedure for RGA Mass Spectrometer. Information Ionizer Setup Ionization Energy: 35V Electron Emission: 0.5mA Ion Energy: Low 8eV Focus Plate Voltage: 45 Scan/Log Setup Initial [Mass] : 120[amu] Steps [steps/amu]: 25 Final [Mass] ; 145[amu] Disable After: 1[scan] Problems. X
1. If 35Cl and 37Cl are the stable isotopes of chlorine and they have masses of 34.968852 amu and 36.965903 amu as well as abundances of 75.77% and 24.23%, respectively, what is the tabulated atomic mass of chlorine? 2. How many parent ion peaks do you expect in the mass spectrum of the Cl2+ ion? 3. What is the mass of the mos
Write a brief account on the use of ICP-MS. Describe the Factors influencing the sensitivity of the elements being measured and potential use of ICP-MS besides total elemental analysis.
For the spectrum attached in document, I need help with calculating a possible molecular formula for this compound. This compound contains C, H, and Br. Can you also show your work, I want to check my work. Thanks.
Mass spectrometry (MS) makes use of the motion of ions in electric and magnetic fields in order to sort them according to their mass-to-charge ratios. Thus, MS is an analytic technique by which chemical substances are identified by the sorting of gaseous ions in electric and magnetic fields. The instruments used in these studies
A mass spectrometer is a device that uses a magnetic field to sort atoms by mass. In this device, atoms whose masses are to be determined are ionized by stripping off one electron. They are then sent through a velocity selector that selects ions only with specific speed V, and these ions are sent into a region of space filled