STARTING AMOUNT Determine the total volume in milliliters of water a chemist should add if they want to prepare an 0.200 M aqueous solution with 30.2 g of NaCl Assume the density of the resulting solution is the same as the water. ADD FACTOR x( ) 0.517 0.001 151 1.51 x 10² g NaCl/mol 0.200 Question 5 of 17 g NaCl 6.022 x 1023 mL 22.99 L ANSWER 2.58 1000 2580 30.2 M NaCl RESET 2 58.44 49.46 mol NaCl Submit +

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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please help and put it in the correct form like this.

**Question 5 of 17:**

Determine the total volume in **milliliters** of water a chemist should add if they want to prepare an **0.200 M** aqueous solution with **30.2 g of NaCl**. Assume the density of the resulting solution is the same as the water.

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### Diagram Explanation:

The image contains an interactive calculator-like interface divided into several sections:

1. **Calculation Input Area:**
   - **Starting Amount:** Two blank fields under “Starting Amount” for user input.
   - A multiplication section with a set of four fields enclosed in parentheses for additional calculations or conversions.

2. **Control Row:**
   - **Add Factor:** Contains buttons for selecting various calculation factors. 
   - **Answer Field:** A blank field for displaying calculation results.
   - **Reset Button:** An icon to reset the inputs.

3. **Calculation Buttons:**
   - Numeric and constants buttons like `0.517`, `151`, `0.200`, `6.022 x 10^23`, and others for performing calculations.
   - Pre-labeled buttons categorizing the quantities like `g NaCl/mol`, `g NaCl`, `mL`, `L`, `M NaCl`, `mol NaCl`.

These tools suggest the interface is designed for calculating concentrations, volumes, and amounts in chemical solutions.
Transcribed Image Text:**Question 5 of 17:** Determine the total volume in **milliliters** of water a chemist should add if they want to prepare an **0.200 M** aqueous solution with **30.2 g of NaCl**. Assume the density of the resulting solution is the same as the water. --- ### Diagram Explanation: The image contains an interactive calculator-like interface divided into several sections: 1. **Calculation Input Area:** - **Starting Amount:** Two blank fields under “Starting Amount” for user input. - A multiplication section with a set of four fields enclosed in parentheses for additional calculations or conversions. 2. **Control Row:** - **Add Factor:** Contains buttons for selecting various calculation factors. - **Answer Field:** A blank field for displaying calculation results. - **Reset Button:** An icon to reset the inputs. 3. **Calculation Buttons:** - Numeric and constants buttons like `0.517`, `151`, `0.200`, `6.022 x 10^23`, and others for performing calculations. - Pre-labeled buttons categorizing the quantities like `g NaCl/mol`, `g NaCl`, `mL`, `L`, `M NaCl`, `mol NaCl`. These tools suggest the interface is designed for calculating concentrations, volumes, and amounts in chemical solutions.
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