<u>Answer:</u>
<em>The reverse reaction is more favourable than the forward reaction.
</em>
<u>Explanation</u>:
<em>The value of equilibrium constant in this case is
</em>. A high value of equilibrium constant indicates that the forward reaction is more favourable.
Thus the<em> resultant of the reaction will have higher concentration of products. </em>When the value of equilibrium constant is less the reverse reaction will be more favoured than the forward reaction.
Thus the resultant of the reaction will have more reactants than products. <em>Here equilibrium constant has a very low value which favours reverse reaction. </em>
Answer:
Option D
Explanation:
it has the same types of atoms on both sides of the reaction
2Al + 3Fe(NO₃)₂ = 3Fe + 2Al(NO₃)₃
m=245 g
w=0.805 (80.5%)
M{Fe(NO₃)₂}=179.857 g/mol
M(Fe)=55.847 g/mol
1. the mass of salt in solution is:
m{Fe(NO₃)₂}=mw
2. the proportion follows from the equation of reaction:
m(Fe)/3M(Fe)=m{Fe(NO₃)₂}/3M{Fe(NO₃)₂}
m(Fe)=M(Fe)m{Fe(NO₃)₂}/M{Fe(NO₃)₂}
m(Fe)=M(Fe)mw/M{Fe(NO₃)₂}
m(Fe)=55.847*245*0.805/179.857= 61.24 g
Answer:
An independent variable is defines as the variable that is changed or controlled in a scientific experiment. It represents the cause or reason for an outcome. Independent variables are the variables that the experimenter changes to test their dependent variable.
Explanation:
:)
Answer:
No change to the cation Add -ide to the anion
Question 1 and .2
Explanation: