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Worksheet: Acids, Bases, Salts with Handwritten Answer Key, Exercises of Chemistry

Solved worksheet on acids bases and salts

Typology: Exercises

2020/2021

Uploaded on 03/30/2021

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Worksheet: Acids, Bases, and Salts Name_J_<_L_)_
What are Acids. Bases. and Salts?
The Swedish chemist Svante Arrhenius introduced the theory of ionization and
used this theory to explain much about the behavior of acids and bases.
An Arrhenius acid is defined as an compound that dissociates
in aqueous solution to form 1-l ro -e ions.
HN03(aq) H. (aq) + N03- (aq)
HCI (aq) H + l°'-i\ +-t L- ( °' 1,.-)
An Arrhenius base is defined as a y comp und that dissociates
in aqueous solution to form ro ì e.ions.
KOH (aq) K• (aq) + OH- (aq)
NaOH (aq) N CJ + f OdÌ_,\ + Q H - l °'-q,_. \
Salts are compounds that dissociate in aueous solution releasing neither
8� d
10-R V\, ions nor hycJ ro ')l ìo\Rws.
KCI (aq) K• (aq) + ci-(aq)
NaCl(aq) J\l0t-.+ /C<._Q \ t C.,L-L°'l-'\
V-
Using the Arrhenius definition, c/assifiy the fo/lowing examples as acids, bases, or
salts:
HBr A
Mg(OH)2 \:i
HCI
KN02
Hf04 {\
Ba(OH)2
Ez
-I'\ t-t-�,- KCI
���l�:nB-
H3P04
HCIO
l<._-1-
�D�-
Al(OHh
\-\-1--
roy-
KC2H302
'
o._
t J Df\ -
NaCI
o1-\
s
A
A
J-l_+ C,l --s
\,\-I-1-t-\- K--t-p Q y
dt- t11J
pf2

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Worksheet: Acids, Bases, and Salts Name_J_<L)_

What are Acids. Bases. and Salts?

The Swedish chemist Svante Arrhenius introduced the theory of ionization and

used this theory to explain much about the behavior of acids and bases.

  • An Arrhenius acid is defined as an compound that dissociates

in aqueous solution to form 1-l ro -e ions.

HN0 3 (aq) ➔ H. (aq) + N03- (aq)

HCI (aq) ➔ H + l°'-i\ +- t L- ( °' 1,.-)

  • An Arrhenius base is defined as a y comp und that dissociates

in aqueous solution to form ro^ ì^ e.ions.

KOH (aq) ➔ K• (aq) + OH- (aq)

NaOH (aq) ➔ N CJ+ f OdÌ,_ + Q H - l °'-q,._ \

♦ Salts are compounds that dissociate in a

ueous solution releasing neither

8� d

-R V, ions nor hycJ ro ')l ìo\Rws.

KCI (aq) ➔ K• (aq) +^ ci- (aq)

NaCl(aq) ➔ J\l0t-.

/C<._Q \ t C.,L-L°'l-'\

V-

Using the Arrhenius definition, c/assifiy the fo/lowing examples as acids, bases, or

salts:

HBr A

Mg(OH)

:i

HCI �

KN

Hf

{\

Ba(OH)^

Ez

  • (^) I'\ t-

t-�,- KCI

���l�: nB^ -^

H3P

HCIO

l<._-1- (^) �D�- Al(OHh

--1-- (^) ro y^

  • KC2H '

o._ t J Df\ - NaCI

o

1-\�

s

A

A

J-l_

C,l -

-s

,-I- 1-t-- K--t- (^) p Q y

dt- t11J

Acids and bases can a/so be identified using an operational definition. Operational

definitions are simply a /ist of properties.

ACIDS:

  • A $ov...r taste is a characteristic property of all acids in aqueous

solution.

\

♦ Acids react with some metals to produce ,._,

. J

,

_:μ.

'-'.!...:,.i_;.,_�,.J/1.L gas. l VI'\ e t-lic $

♦ Because aqueous acid solutions conduct electricity, t are identified as

e..\e ç;__;-ro .\Jte.s

  • Acids react

,

with

b 9

ses to produce a ,&; OI.. \ T and water.

• Acids turn I I{\°' 1 C: o.::o 6éf,ferent colors.

BASES:

• Bases tend to taste 'a-, T\ '{.11 and feel �t � �� ry

L�

acids, aqueous basic solutions conduct e\ :e -J.-/irid are identified as

� e'?. t+ ro \y_+ ts.

I

♦ Bases react

_

with ci\

��I cl S to produce a salt and lAJ oJ-f C

♦ Bases turn I '{_ I � o__f(ijiff'fyent colors.

Naminq Acids. Bases. and Salts

Since bases and salts are ·:CON \ C compounds, they are named in the us �

al way: i

KN0 3 'p-c,,ss·,v..tM.. \l);-.ro__--�NH.oH IJiM(Y,ti\l\ V-.VV. r- �

d..vO',( Ì

KNoX""'-s ,-..,.,_^ ,r,-,^ ;-\ul(OHh^ I, �""'""'^ IÀ

:1 J:�,

Binary acids cons,st of (^) J----. elements, the first being r _tV_

Binary acids are named using the format:

hydro{root word of second element)ic acid

► Ternary acids consist of .,_3 elements. Do NOT use a prefix. Simply

change the ending of the polyatomic ion's nome and add the word "acid":

-ate becomes I C' and -ite becomes O t}..

Nome the following acids:

H3P03 '? �C) <;,� (:)\0 \J.S o.__ç ì JHC2H

H2CO3 L.R, V7DV\ t (\LÌ d HCI

HF .l. �

�vot\J-..orì e;__ o.s..:\d.__H2s

�(&, .\ rl,o\ov'OVV..', e_ (}.1:_',J.ç