NaCl [Symbol] Na + Cl2

Type of reaction: synthesis


KOH + HNO3 [Symbol] HOH + KNO3
Type of reaction: double replacement


Ca + S [Symbol] CaS
Type of reaction: synthesis


BaBr2 + Cl2 [Symbol] BaCl2 + Br2
Type of reaction:

Cs2 + H2O [Symbol] CsOH + H2
Type of reaction:


Na2CO [Symbol] Na2O + CO2
Type of reaction:


Cu + I [Symbol] CuI
Type of reaction: synthesis


HCl + Mg(OH)2 [Symbol] MgCl + H2O
Type of reaction:


Fe + F2 [Symbol] FeF2
Type of reaction:


Ni + NaCl [Symbol] NiCl + Na
Type of reaction: single replacement

balancing equations:

FeS2 + O2 [Symbol] Fe2O3 + SO2

Balanced Equation: __________________________________________________




Al + O2 [Symbol] AlO2

Balanced Equation: __________________________________________________




K + Br2 --> KBr

Balanced Equation: __________________________________________________




SiO2 + HF [Symbol] SiF4 + H2O

Balanced Equation: __________________________________________________

1 answer

I don't know exactly what you want on some of these. I will answer some but not all of these to get you started. For those I don't answer, please repost and tell me what you don't understand about it/them.

NaCl [Symbol] Na + Cl2
Type of reaction: synthesis
No. Synthesis is the reverse; i.e., Na + Cl2 ==> 2NaCl.

KOH + HNO3 [Symbol] HOH + KNO3
Type of reaction: double replacement
OK

Ca + S [Symbol] CaS
Type of reaction: synthesis
OK

BaBr2 + Cl2 [Symbol] BaCl2 + Br2
Type of reaction:
single replacement

Cs2 + H2O [Symbol] CsOH + H2
Type of reaction:
I don't know what Cs2 is.

Na2CO [Symbol] Na2O + CO2
Type of reaction:
I think you meant Na2CO3. That would be decomposition

Cu + I [Symbol] CuI
Type of reaction: synthesis
Yes, if you wrote the equation right. Should be 2Cu + I2 ==> 2CuI

HCl + Mg(OH)2 [Symbol] MgCl + H2O
Type of reaction:
2HCl + Mg(OH)2 ==> MgCl2 + 2H2O. Isn't this the same as the HNO3 + KOH?

Fe + F2 [Symbol] FeF2
Type of reaction:
This is the same type as Ca + S isn't it.

Ni + NaCl [Symbol] NiCl + Na
Type of reaction: single replacement
Yes, the type is correct BUT that reaction will not occur

balancing equations:

FeS2 + O2 [Symbol] Fe2O3 + SO2

Balanced Equation:
http://en.intl.chemicalaid.com/tools/equationbalancer.php?equation=FeS2+%2B+O2+%3D+Fe2O3+%2B+SO2__________________________________________________

Al + O2 [Symbol] AlO2

Balanced Equation: __________________________________________________

K + Br2 --> KBr

Balanced Equation: __________________________________________________

SiO2 + HF [Symbol] SiF4 + H2O

Balanced Equation: __________________________________________________