1 2 2/21 Fri - Challenge Question: Beads limiting Numeric 1 point You have the following instructions on how the beads are combined. 3Rd_(2)+2Blarrow 2Rd_(3)Bl You have 9Rd_(2) available. How many products (Rd_(3)Bl) can be made? square Numeric 1 point you have the following instructions on how the beads are combined.

## Step 1<br />The problem provides a chemical reaction where 3 molecules of \(Rd_{2}\) and 2 molecules of \(Bl\) combine to form 2 molecules of \(Rd_{3}Bl\). This can be represented as:<br />### \(3Rd_{2} + 2Bl \rightarrow 2Rd_{3}Bl\)<br />## Step 2<br />We are given that we have 9 molecules of \(Rd_{2}\) available. We need to find out how many molecules of \(Rd_{3}Bl\) can be produced.<br />## Step 3<br />According to the stoichiometry of the reaction, 3 molecules of \(Rd_{2}\) produce 2 molecules of \(Rd_{3}Bl\). Therefore, if we have 9 molecules of \(Rd_{2}\), we can produce \(2 \times \frac{9}{3} = 6\) molecules of \(Rd_{3}Bl\).