using this information that I used to make a galvanic cell, can you please help out with part b. I need to talk about the purpose of each part and how the cell functions as a whole. could you make a table please thank you ill give a thumbs up :)

i added the first picture to the bottom

-o direction of electron flow in wire as anode e is released - from crode to cathod - 6 half reaction at anode Cu (s) Cuer caas te er Cet cathode Agt cars & e- Ag (5) 90 overall reaction -> at chode Curs) cu cars & oe at cathod + 2x Ag (ago - Ag (s) (cs) + 2 Aghcago Cu + 2Ag csi cen potential E' cell E Camod E chode -0.80 - + 0.341 --- values from ea E cell = = 6.460 -10 0 11 if E cell is tve then reactich is spontaneous calculated cell potentials tive Spontaneous Process Part B: Model Explanation Explain all parts, reactions and their functions and how the cell as a whole is functional and useful. This may be communicated using a table, or other graphic organizer or paragraph form. Feel free to be creative. Assignment #5 metal having low reduction electrod Potential will work as an anode and the metal having high E will work as a cathode 2 metals cu and Ag, E co +6.34 Aga 0.80 => CAg> EC > Agio cathod and co is anode - wat * Cotion Na canade FO Ag cathod co (NO) AgNO3 - Anude o (negative) Cathod Ag (PODHIV in onod a solution Cu(NO3)2 in cathodic solution AgNO3 salt bridge KWC a solution Conteng ser bridge corkes charge movement of ions Oxidizing agent (xidise other t reduces usef) reduction on cathod = Ag redeang ogent (recoces others a oxidus self) GXDomorode=7 CJ A ve terminal - Ag! ve 6 direction of ion in salt bridge - Cation (Nay towards cathod anich (NO3) towards anode