6. You have a very concentrated solution (12 M) of potassium chloride (KCI). You need it to be at the lowest concentration possible for the experiment you are about to conduct. The problem is you forgot to order lab supplies, so you only have 2 L of distilled water left. Wwhat would be the final concentration if you added the two 2 L of distilled water to the 0.5 L of 12 M KCI? 3.0 M 48 M 24 M 2.4 M

6. You have a very concentrated solution (12 M) of potassium chloride (KCI). You need it to be at the lowest concentration possible for the experiment you are about to conduct. The problem is you forgot to order lab supplies, so you only have 2 L of distilled water left. Wwhat would be the final concentration if you added the two 2 L of distilled water to the 0.5 L of 12 M KCI? 3.0 M 48 M 24 M 2.4 M

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter4: Types Of Chemical Reactions And Solution Stoichiometry

Section: Chapter Questions

Problem 47E

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6. You have a very concentrated solution (12 M) of potassium chloride (KCI). You need it to be at the lowest
concentration possible for the experiment you are about to conduct. The problem is you forgot to order lab
supplies, so you only have 2 L of distilled water left. What would be the final concentration if you added the two 2
L of distilled water to the 0.5 L of 12 M KCI?
O 3.0 M
48 M
24 M
O 2.4 M
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All changes saved 5. You have a very concentrated solution (12 M) of potassium chloride (KCI). You need it to be at the lowest concentration possible for the experiment you are about to conduct. The problem is you forgot to order lab supplies, so you only have 2 L of distilled water left. What would be the final concentration if you added the two 2 Lof distilled water to the 0.5 L of 12 M KCI? 24 M O 2.4 M O 3.0 M O 48 M PREVIOUS 5 of 5 SAVE & EXIT SUBMIT ALL ANSWERS 并 24 & 2 3 41 7 8 e r t k b n m
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1. A 0.10 M HNO3 solution will be prepared from concentrated HNO3. a. Using the method outlined in Experiment 5, determine the concentration of a stock bottle of concentrated nitric acid. [density = 1.42 g/mL; 70% by mass HNO3] b. Calculate the volume of concentrated NO3 needed to prepare 500 mL of a 0.10 %3D M solution.
Pls help me asap! make sure to round you final answer to two sig digits. Also don't round any numbers during math only for the final asner pls
Subject: chemistry
Just number 3 please!