Hey everyone! I wasn’t too sure about these answers, so if you guys could give me the right answer to assure me if i’m right or wrong I’d appreciate it a lot! NEED HELP ASAP!!!
#2 Consider the following equation: reactants D products. Which statement is correct?
a
The concentration of the reactants is greater than the concentration of the products at equilibrium.
b
This is an example of static equilibrium.
c
The reverse reaction is favored.
d
Both (a) and (c)
#3 Consider the following equation: reactants D products. Which statement is correct?
a
The concentration of the reactants is greater than the concentration of the products at equilibrium.
b
This is an example of static equilibrium.
c
The reverse reaction is favored.
d
Both (a) and (c)
#7 As the [H3O+] of a solution increases, the value of
a
log [H3O+] increases.
b
-log [H3O+] decreases.
c
the solution’s pH decreases.
d
All of the above
#16 Which processes are taking place in the system represented by the following equation?
2CO(g) + O2(g) D 2CO2(g)
a
ionization and recombination
b
synthesis and decomposition
c
sublimation and evaporation
d
displacement and reduction
#28 The acid ionization constant for weak acids
a
is much less than 1.
b
can be greater or less than 1.
c
is much greater than 1.
d
is exactly equal to 1
#33 Salts of weak acids and weak bases can produce
a
acidic solutions.
b
basic solutions.
c
neutral solutions.
d
All of the above
.
#37 A chemical reaction in which products can react to re-form reactants is known as a(n)
a
buffered reaction.
b
stoichiometric reaction.
c
reversible reaction.
d
reforming reaction.
37) A chemical reaction in which products can react to reform reactants is known as a reversible reaction.
33) Salts of weak acids and weak bases can produce a neutral solution.
28) The acid ionization constant for weak acids is less than 1.
16) Which processes are taking place in the system represented by the following equation? 2CO(g) + O2(g) <--> 2CO2(g)
The process taking place in this system is synthesis and decomposition. The carbon monoxide is reacted with oxygen to produce carbon dioxide. And carbon dioxide is broken down into carbon monoxide and oxygen.