Standard white vinegar you can buy in the grocery store is 5% concentration. That means 5% of the liquid vinegar is acetic acid and 95% of the solution is water. In a hardware store, you can buy industrial strength inegar, which is 30% concentration. This means that 30% of the vinegar is acetic acid, and the remaining 70% is water. Samuel does another experiment, this time with 5% vinegar and 30% vinegar. He sets up two science fair volcanoes (in no particular order), each with the same temperature, mass of baking soda and volume of vinegar. But one volcano uses 5% vinegar and the other volcano uses 30% vinegar. He measures the volume of gas production for the first minute of each reaction, and he records the data below. Volcano # 1 Volume of gas produced (ml.) vs. Time (s) for Volcano #1 Time Volume of gas (s) produced (ml) 60 50 25 10 20 40 38 30 46 Volume of gas produced (ml) 40 50 50 52 53 60 20 40 Time (s) 60 Volcano # 2 Volume of gas produced (ml) vs. Time (s) for Volcano 2 Volume of gas produced (mL) Time 10 10 20 30 19 30 25 26 33 39 45 Volume of gas produced m) 40 50 S 10 60 60 (u) peonpod seb jo ounon (u) peonpoad sed jo ounoA

Standard white vinegar you can buy in the grocery store is 5% concentration. That means 5% of the liquid vinegar is acetic acid and 95% of the solution is water. In a hardware store, you can buy industrial strength inegar, which is 30% concentration. This means that 30% of the vinegar is acetic acid, and the remaining 70% is water. Samuel does another experiment, this time with 5% vinegar and 30% vinegar. He sets up two science fair volcanoes (in no particular order), each with the same temperature, mass of baking soda and volume of vinegar. But one volcano uses 5% vinegar and the other volcano uses 30% vinegar. He measures the volume of gas production for the first minute of each reaction, and he records the data below. Volcano # 1 Volume of gas produced (ml.) vs. Time (s) for Volcano #1 Time Volume of gas (s) produced (ml) 60 50 25 10 20 40 38 30 46 Volume of gas produced (ml) 40 50 50 52 53 60 20 40 Time (s) 60 Volcano # 2 Volume of gas produced (ml) vs. Time (s) for Volcano 2 Volume of gas produced (mL) Time 10 10 20 30 19 30 25 26 33 39 45 Volume of gas produced m) 40 50 S 10 60 60 (u) peonpod seb jo ounon (u) peonpoad sed jo ounoA

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter12: Chirality

Section: Chapter Questions

Problem 10CTQ

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3. Standard white vinegar you can buy in the grocery store is 5% concentration. That means 5% of the liquid vinegar is acetic acid and 95% of the solutioni is water. In a hardware store, you can buy industrial strength vinegar, which is 30% concentration. This means that 30% of the vinegar is acetic acid, and the remaining 70% is water. Samuel does another experiment, this time with 5% vinegar and 30% vinegar. He sets up two science fair volcanoes (in no particular order), each with the same temperature, mass of baking soda and volume of vinegar. But one volcano uses 5% vinegar and the other volcano uses 30% vinegar. He measures the volume of gas production for the'first minute of each reaction, and he records the data below. Volcano # 1 Volume of gas produced (m) vs Time (s) for Volcano t Time (s) Volume of gas produced (mL) 10 25 38 40 20 30 46 30 Volume of gas produced (ml) 50 40 50 52 60 53 40 Time ( 20 60 Volcano 2 Volume of gas produced iml) vs. Time is) for Vocano 2 Volume of…
Assume you have 0.1 M NaOH Trial 1: 22.5 mL NaOH Trial 2: 25.6 mL NaOH Trial 3: 24.4 mL NaOH
this is analytical chemistry please show complete solution
50 mL of stock solution were taken and added to flask. Then 50 mL of Di water were added to the flask. This is solution 1. Then 50mL of solution 1 were taken and added to a flask and 50 mL of Di water were added to the flask. This is solution 2. Then 50mL of solution 2 were taken and added to a flask and 50 mL of Di water were added to the flask. This is solution 3. Then 50mL of solution 3 were taken and added to a flask and 50 mL of Di water were added to the flask. This is solution 4. Find the concetrations of each solution. Information of stock solution - molar mass- 534.3g/mole 0.587g in MilliQ
170.0 mL of 0.12 M C2 H5NH2 with 285.0 mL of 0.20 M C2 H5 NH3 Cl
63 gallons of a 26% acid solution are mixed with 44 gallons of a 80% acid solution. What is the acid concentration of the resulting mixture? Round to the nearest percent.
Please answer this NEATLY, COMPLETELY, and CORRECTLY for an UPVOTE. *I just need the proper solution, I already have the answer.Answer: 12 M A 37% (w/w) solution of HCl has a density of 1.18 g/mL. Calculate molar analytical concentration of HCl in this solution (HCl = 36.46g/mol).
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Water is the solvent of choice to separate a mixture of adipic acid and salicylic acid because it dissolves both substances easily. Group of answer choices True False
1 ) Make a 150 mL solution containing 80% MEOH and 30% Acetic acid.
The amount of water which should be added to 0.700 M NaOH solution to make 100 mL 0.250 M solution is 19 Multiple Cholce 00:5213 79.6 mL 35.7 mL 55.2 mL 64.3 mL 30.5 mL Mc Graw Hill Type here to search 立

2. The melting point of the unknown acid in question 1, above, was found to be 179-182°C and the acid was soluble in water. Which of the following acids is most likely to be the unknown acid? Acid 1 Acid 2 Acid 3 Molecular Mass Solubility 118 g/mole 117 g/mole 120 g/mole water soluble water soluble water soluble Melting Point 147 - 149 °C 170-172 °C 185 186 °C