if the same solution is transfered and diluted into each flask what is the dilution factor...

Question

Question

if the same solution is transfered and diluted into each flask what is the dilution factor between each of the flask ?

science chemistry

Add a comment Improve this question Transcribed image text

Answer 1

Answer #1

dilution factor for first one is 1:0.5

second one is with respect stock solution = 1:20 and with respect 50 mL 1:10

Add a comment

Answer 2

Similar Homework Help Questions

if the same solution is transfered and diluted into each flask what is the dilution factor...

if the same solution is transfered and diluted into each flask what is the dilution factor between each of the flask ? please explain with math and explanation 2 ImL 25mL 10mL 50mL 250ml
Question 1 2 pts 3.34 mL of an unknown glucose solution was diluted in a 100.00 mL of volumetric flask with distill...

Question 1 2 pts 3.34 mL of an unknown glucose solution was diluted in a 100.00 mL of volumetric flask with distilled water. 10mL of that solution and 4.00 mL of the ferricyanide reagent was placed in a second 100.00 mL volumetric flask and diluted to the mark with distilled water. Spectrophotometric analysis of the glucose/ferricyanide solution showed that the concentration of glucose was 0.070 M. What is the concentration of glucose in the unknown solution?
Question 1 2 pts 3.34 mL of an unknown glucose solution was diluted in a 100.00 mL of volumetric flask with distill...

Question 1 2 pts 3.34 mL of an unknown glucose solution was diluted in a 100.00 mL of volumetric flask with distilled water. 10mL of that solution and 4.00 mL of the ferricyanide reagent was placed in a second 100.00 mL volumetric flask and diluted to the mark with distilled water. Spectrophotometric analysis of the glucose/ferricyanide solution showed that the concentration of glucose was 0.070 M. What is the concentration of glucose in the unknown solution?

Following question: -Calulated molarity of diluted vinegar solution -Molarity of Commercial Vinegar (multiply by the dilution...

Following question: -Calulated molarity of diluted vinegar solution -Molarity of Commercial Vinegar (multiply by the dilution factor -Percent (mass/volume) of acetic acid in commefcial vinegar Data and Calculations Molarity of standardized sodium hydroxide solution Dilution factor for vinegar solution prepared in step 4 i 20 Volume of diluted vinegar titrated in each run Titrations: Run 3 Run 2 Run 1 G (o .00 ml Final Buret 22.20 Volume (mL) Initial Buret Volume (mL) 22.20 WL Volume NaOH 22.3 Delivered (mL)...
Dilution calculation: A solution of copper(II) nitrate will be diluted in multiple steps with volumetric glassware....

Dilution calculation: A solution of copper(II) nitrate will be diluted in multiple steps with volumetric glassware. The copper solution concentration is 273mg/L, calculate total dilution factor need to reach a concentration of approximately 2.5mg/L. The maximum dilution factor for single step is 10-fold. How to calculate? Thank you.
What are the concentration of this following solutions 1. 5mL of 10ppm Fe+2 diluted in a 100mL volumetric flask 2. 10mL...

What are the concentration of this following solutions 1. 5mL of 10ppm Fe+2 diluted in a 100mL volumetric flask 2. 10mL of 10ppm Fe+2 diluted in a 100mL volumetric flask 3. 20mL of 10ppm Fe+2 diluted in a 100mL volumetric flask 4. 25mL of 10ppm Fe+2 diluted in a 100mL volumetric flask

A 18% solution is diluted four times to a final concentration of 3%. The dilution factor would be: a. 6X b. 3X c. none o...

A 18% solution is diluted four times to a final concentration of 3%. The dilution factor would be: a. 6X b. 3X c. none of the choices are correct. d. 54X
0.6g of copper sulfate pentahydrate is diluted into a 100mL volumetric flask, from which about 10...

0.6g of copper sulfate pentahydrate is diluted into a 100mL volumetric flask, from which about 10 mL of solution is pipetted into another 50mL volumetric flask to be diluted. What is the final concentration of this solution? The molar mass of copper sulfate pentahydrate is 249.69g/mol. The final answer should be 4.806x10^-3 M. Please show all your work, thank you.
Calculate the sodium acetate molar concentration of each dilution. Record the calculated values in Data Table...

Calculate the sodium acetate molar concentration of each dilution. Record the calculated values in Data Table 2. The concentration of the 4.7 pH buffer is 0.05 M sodium acetate. Concentration(start) x Volume(start) = Concentration(final) x Volume(final) pH 4.7 buffer (10 mL sodium acetate, 10 mL water) 1st dilution (5 mL pH 4.7 buffer solution, 15 mL water) 2nd dilution (5mL of 1st dilution, 15mL water) 3rd dilution (5mL of 2nd dilution, 15mL water) Calculation Help 5mL if 0.1M sodium acetate...

Electrolytes, Concentration and Dilution of Solutions n this part of the experiment, you will make a dilution of a stock solution of known concentration and calculate the concentration of the di...

Electrolytes, Concentration and Dilution of Solutions n this part of the experiment, you will make a dilution of a stock solution of known concentration and calculate the concentration of the dilute solution. DILUTION OF A STOCK SOLUTION PART C: Measurements and Observations Procedure Check out a 100-mL volumetric flask from your instructor. Fill test tube about 2/3 concentration of the active ingredient from its label including units. Record 1. orlt O " concentration of active ingredient. full of "Magic 2....

if the same solution is transfered and diluted into each flask what is the dilution factor...

Homework Answers