you want to determine the concentration when $93\text{ ml}$ of a $2.03\text{ m}$ $\text{kf}$ solution is diluted by adding $3920\text{ ml}$ $\text{h}_2\text{o}$. what is $v_2$ (total volume of the dilute solution) for this dilution?

Question

Accepted Answer

{ "quality": "clear", "question_count": 1, "skills_matched": [ "step_cot", "multiple_choice_formatter", "explain_then_answer", "quick" ], "needs_drawing": false, "concepts_used": [], "new_concepts": [ "Total Dilution Volume" ], "current_concepts": [ "Dilution Calculations", "Total Dilution Volume" ] } ## Identify the initial volume and added volume $$ \begin{aligned} V_1 &= 93\text{ mL} \ V_{\text{added}} &= 3920\text{ mL} \end{aligned} $$ ## Calculate the total final volume $$ \begin{aligned} V_2 &= V_1 + V_{\text{added}} \ V_2 &= 93\text{ mL} + 3920\text{ mL} \ V_2 &= 4013\text{ mL} \end{aligned} $$

3920 mL

4013 mL

93 mL

{ "subject": "Natural Science", "question_type": "Multiple Choice", "knowledge_point": [ "Natural Science", "Chemistry", "Dilution Calculations" ] }

Sovi.AI - AI Math Tutor

QUESTION IMAGE

Question

Explanation:

Identify the initial volume and added volume

Calculate the total final volume

Answer: