balance the reaction, do not leave any fractions, dont leave anything blank, then answer the questions about the reaction
__1__ ag₂so₄ + __2__ mg → __3__ ag + __4__ mgso₄
this is an __5__ reaction. is this a redox reaction? (yes/no)__6__, because ag⁺¹ is reduced to ag⁰, and because mg⁰ is __7__ to mg⁺².
will the reaction happen as it is written? (yes/no)__8__, because ag is more stable than mg. the reverse reaction would not happen.
a. 1 b. 2 c. 3 d. 4 e. 5 f. 6 g. 7 h. 8
i. 9 j. 10 k. 12 l. 14 m. 16 n. 18 o. 20 p. 21
q. 24 r. 26 s. 28 t. synthesis u. decomposition
v. single displacement w. double displacement x. neutralization
y. combustion z. yes aa. no bb. reactive cc. stable
dd. oxidized ee. reduced

Question

Accepted Answer

# Explanation:
## Step1: Balance the chemical equation
For the reaction $Ag_2SO_4+Mg
ightarrow Ag + MgSO_4$, we balance the Ag atoms. There are 2 Ag atoms on the left - hand side ($Ag_2SO_4$), so we put a 2 in front of $Ag$ on the right - hand side. The balanced equation is $Ag_2SO_4 + Mg
ightarrow2Ag+MgSO_4$. So, the coefficients are: $1$ ($Ag_2SO_4$), $1$ ($Mg$), $2$ ($Ag$), $1$ ($MgSO_4$).
## Step2: Identify the reaction type
In the reaction $Ag_2SO_4+Mg
ightarrow2Ag + MgSO_4$, one element ($Mg$) displaces another element ($Ag$) from its compound ($Ag_2SO_4$). This is a single - displacement reaction (type $V$).
## Step3: Determine if it is a redox reaction
A redox reaction involves the transfer of electrons (change in oxidation states). In $Ag_2SO_4$, the oxidation state of $Ag$ is $+ 1$ ($Ag_2SO_4$: let $x$ be the oxidation state of $Ag$, $2x+( - 2)\times4+(+6)=0$, $2x - 8 + 6=0$, $2x=2$, $x = + 1$), and in $Ag$ it is $0$. The oxidation state of $Mg$ changes from $0$ (in $Mg$) to $+2$ (in $MgSO_4$). Since there is a change in oxidation states (reduction of $Ag^{+1}$ to $Ag^0$ and oxidation of $Mg^0$ to $Mg^{+2}$), it is a redox reaction (answer $Z$).
## Step4: Determine if the reaction will occur as written
Magnesium ($Mg$) is more reactive than silver ($Ag$) (from the activity series of metals). A more reactive metal can displace a less reactive metal from its compound. So the reaction $Ag_2SO_4+Mg
ightarrow2Ag + MgSO_4$ will occur as written (answer $Z$).

# Answer:
1. A
2. A
3. B
4. A
5. V
6. Z
7. DD
8. Z

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Question

Explanation:

Step1: Balance the chemical equation

Step2: Identify the reaction type

Step3: Determine if it is a redox reaction

Step4: Determine if the reaction will occur as written

Answer: