235 92 235 92 235 92 94 40 92 36 U + n- 0 U +¹n Zr U+nRb+ 231 Th 90 Kr Rb 235 Np 144 90 38 58 Ce+ 37 90 38 Sr+ Sr 141 56 89 Ba Se 34 139 Te Cs Cexe 52 55 58 + 3 n + 2 n + 3 n

b. all HO

The particulate model of matter can be used to explain evaporation ( liquid to gas below the boiling point) by:  a.) stating that particles in liquid phase have range of KE and the highest KE can escape b.) stating that particles in liquid phase have range of PE and the lowest PE can escape c.) stating that particles in liquid phase have range of PE and the highest PE can escape d.) stating that particles in liquid phase have range of KE and the lowest KE can escape

O Course Home b Chemistry Question | bartleby G indivuials with austium good to -> A openvellum.ecollege.com/course.html?courseld=16561285&OpenVellumHMAC=446c877376a9bc7ac878d8ad119f4717#10001 Q * E Apps O Maps E Connect - To Do As... O OCCC Moodle P chem work b help Gmail YouTube Balance Chemical E. II Review | Constants | Periodic Table A carbon atom is chiral if it is bonded to four different groups. For example, CHCIBII is chiral, but CCl,BrI is achiral because some of the bonded groups are the same. If a chiral carbon atom is present, then that molecule has a non-superimposable mirror image called an enantiomer. (Figure 1) Part A Identify all the chiral atoms in the below structure by right-clicking* a chiral atom to bring up a menu that includes "Atom Properties." Click on Atom Properties then click the checked box next to the Map field to clear the checkmark. Then enter "1" in the Map *Mac users: Use an equivalent for right- field box to label that chiral carbon atom. clicking.…

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