Ag+

[Kaitlin Joya 1I]

Since Ag+ has no valence electrons, how do you determine whether this is an acid or a base?

[Ashley Johnson 2G]

Ag+ is an electron acceptor because it has a positive charge

[Milli Zunich 3I]

Since it doesn't have a lone pair, Ag+ is an acid.

[trevina_brown_2A]

It is an acid because it has a positive charge and is an electron acceptor

[Chris Oh 2I]

Specifically using the Lewis definition, Ag+ is a Lewis acid since it accepts an electron.

[Ryan Lafferty 1L]

Ag+ is an acid, due to the positive charge and the fact that it is an electron acceptor.

[805401611]

Due to the fact that electrons are attracted to positive charges, and Ag+ has a positive charge, we can say that Ag+ is an acid and accepts electrons.

[Harrington Bubb3A]

An atom will be an acid if it donates electrons and a base if it accepts electrons.

[Gianna Greco 1G]

Ag+ accepts electrons, so according to Lewis acid and bases, it is an acid.

[Ashley Presnell 1C]

Since it has no lone pairs it would be an electron acceptor or a lewis acid.

[Aaron Kim 1J]

Ag+ is a Lewis acid; it has a positive charge and will accept an electron.

[Jessica Li 1G]

Ag+ is an acid because it has accepts electrons and has a positive charge.

[Brenda Tran 3C]

Ag+ is an acid because it accepts an electron as positive charges attract the negative charge of electrons.

[905701360]

Ag+ is an acid because it has a positive charge and accepts electrons.

[Neha Jonnalagadda 2D]

Ag+ is an acid because it accepts electrons.

[Trisha Nagin]

Ag+ has a positive charge so it accepts electrons and therefore is a lewis acid.

[Gavin Trent 2F]

Ag+ is a lewis acid, it can accept an electron pair from a lewis base.

[Matthew Nguyen 3G]

Ag+ is acid as it accepts an electron

[Benicio Rivera 1F]

Ag has a positive charge this makes it an acid, hope that helps.

[Arpita Padhy 3E]

Since it accepts electrons, it would be considered a Lewis acid.

[Anubhav_Chandla1G]

Because of its positive charge, Ag+ is an electron acceptor. It's an electron acceptor or a Lewis acid since it doesn't have any lone pairs.

[Yewon Jang 3K]

Due to its positive charge Ag+ is an acid

[Eszter Kovacs 1A]

Since it has no valence electrons, it cannot donate them to a different compound which make Ag+ a Lewis acid.

[Palig Kechichian 3F]

It's an acid because its positive charge makes it able to accept electrons

[Omeed Kalan]

Ag+ has a positive charge, it makes the ion a Lewis acid.

[akemiwebster2G]

It doesn't have a lone pair, therefore it's an acid

[Aaron Kim 1J]

Ag+ is an acid since it has a positive charge. Thus, it will accept an electron.

[505807269]

It is an acid because it has a positive charge and is an electron acceptor.

[Furkan Acar 3C]

Since Ag+ is positive it is an electron acceptor because it doesn’t have as many as it should have.

[Arshaun Faraji 2H]

it is an acid because it has no electros to give so it must accept.

[Shaleena 3C]

It has a positive charge and accepts electrons.

[Mahli Martinez 2I]

Because it has a positive charge, it is looking to accept electrons to neutralize the charge, thus making it an acid (electron acceptor).

[Alice Weber 3I]

It is an acid because it is positively charged and accepts electrons.

[Tristan Friet 3G]

Ag+ is an acid as it has a positive charge and is an electron acceptor.