When aqueous solutions of aluminum chloride and silver acetate are mixed, silver chloride preciptiatesThe net ionic equation for the reaction is:Ag+(aq) + Cl -(aq) AgCl(s)Determine the volume of 0.400 M AlCl3 would be needed to react completely with 26.7 mL of 0.750 M AgC2H3O2 solution?
far easier and safer to use an engine hoist - that's what they are made for
It depends entirely on the vehicleSome require removing the engine from the top; some require removing it from the bottomMy friend says the Ford dealer removes the body to do major engine work on most newer Ford trucks.
Jack up the car as high as you canPut jack stands under the the proper lift points Disconnect all hoses, wires, cables Put a flat piece of wood on jack and place jack under oil pan Raise jack until you can get the weight of the engine off the mounts Unbolt mounts Slowly lower motor checking to make sure everything as been disconnected Drag motor from under car but if you can use a hoist i would because its about ten times easier and less likely to go wrong If you are doing this as a 1-person job then remove the head first then remove the trans then drop the block
I have jacked up quite a few engines using the oil pan with a wood block between the jack and the panI would never attempt to remove an engine out the bottom thoughIt's not even possible on most cars due to the crossmember.
find moles 0.0267 L of 0.750 mol/litre AgC2H3O2 0.020025 mol AgC2H3O2 by the equation 3 AgC2H3O2 1 AlCl3 - 3 Al(C2H3O2)3 3 AgCl 0.020025 mol AgC2H3O2 reacts with 1/3 as many moles of AlCL3 0.006675 mol AlCl3 using molar mass 0.006675 mol AlCl3 0.400 mol/litre 0.01669 litres your answer rounded to 3 sig figs is 16.7 ml of AlCl3 solution
