so what if u combined them and they’re not balanced like I combined Ag+ and CO3^2- I need 2 on Ag+ for it to equal 2- and got Ag2CO3^-2? But that answer is wrong. What should I do next?
Good job recognizing that you need 2 of the Ag+ ions to balance the CO3^2-! Your answer was probably just formatted incorrectly. If you included the -2 charge, that is why it was wrong. When the ions come together, the charges cancel and they should not be written anymore. Your product would be Ag2CO3.
i always put the playback speed to 0.75 because of how fast she talks, but if you go to settings you can change how fast/slow she teaches you the problem! :)
Wow this was a major help for me. I appreciate you so much for uploading these videos!
You're welcome!! Glad it was helpful!
This helps out so much. Thank you!
This made so much sense! Thank you
You're so welcome!
helpful video , thank you
Does slightly soluble mean it forms a precipitate?
so what if u combined them and they’re not balanced like I combined Ag+ and CO3^2- I need 2 on Ag+ for it to equal 2- and got Ag2CO3^-2? But that answer is wrong. What should I do next?
Good job recognizing that you need 2 of the Ag+ ions to balance the CO3^2-! Your answer was probably just formatted incorrectly. If you included the -2 charge, that is why it was wrong. When the ions come together, the charges cancel and they should not be written anymore. Your product would be Ag2CO3.
@@RoxiHulet yeah it was the charge ian have to add the charge with the empirical formula tyysm for this video
Good video, but slow down lol
i always put the playback speed to 0.75 because of how fast she talks, but if you go to settings you can change how fast/slow she teaches you the problem! :)