The volume of a ball was measured at 500.0 cm3, and then mass was measured on this triple beam balance.
what would be the most accurate reading for the mass of the ball?
g
using this mass, what would be the most accurate calculation of density for the ball? round to the nearest ten thousandths.
g/cm3

It's called the falling actionwrong subject by the way

The answer to your question would be  h+ + cn– + li+ + oh– mc001-4.jpg li+ + cn– + h2o. the total ionic equation for the following reaction is  h+ + cn– + li+ + oh– mc001-4.jpg li+ + cn– + h2o.

According to arrhenius theory of acid and bases, an acid is a proton donor, while base donates hydroxyl ions. further, acid and base reacts to form salt and water.consider following example.hcl    +      h2o          →      cl-          +      h3o+here, hcl has donated a proton, hence it is an acid.now consider following reactionhcl      +      naoh            ↔      nacl      +        h2oin this reaction, hcl donates proton, hence it is acid. on other hand, naoh donates hydroxyl ion (i.e. hence it is a base.   

Ibelieve it’s 1.95m