The experiment was carried out with a graduated cylinder with soil washed out from the mixer cup and filled with distilled water upto 1000-cm3 mark.Prepare a deflocculating agent sodium hexametaphosphate also called a Clogan amouting to 4% I e., About 40g and add to the initial taken ovendry sample of 50g.Thus the combined sample is allowed to soak from 8-12 hrs .Fill the graduated cylinder with deflocculating agent mix and fill the remaining cylinder with distilled water and put the cylinder in constant temperature bath and record the temperature to be T°C say.By placing a hydrometer In the mixed solution of the graduated cylinder record the temperature for zero correction which may be either negative or positive.Add up the soil and deflocculating sample allowed to soak into the mix and add some distilled water to get it mixed throroughly for a few min.Now transfer this mix into a new graduated cylinder and make sure that there are no Any traces of soil samples attached In the first graduated cylinder and fill the same upto 1000cm3 with distilled water by fitting it with a rubber stopper make the cylinder up and down as many times as possible .Now using the hydrometer record the initial cumulative time t=0 and repeat the same procedure with cumulative times t=0.25,0.5,0.85,1 and remove the hydrometer from the cylinder after two min place the hydrometer into the next cylinder sample and repeat the procedure as above.
please write 1-14 procedure as a paragraph (the same way as the example that is attached)...
question#1
Experiment 17A. A Solubility Product Constant Procedure Getting Started 1. Obtain a 10 ml pipet, a 50 mL buret, and 2 pieces of 120 cm filter paper Preparing Saturated Solutions of M10J MIO), is an insoluble divalent iodate salt. The identity of the cation M-is unknown. 1 Prepare MIO,), by adding S0 ml of o.2 M KIO, to 20 mL of 1 Molar M(NO,J, in a 150 mt 2. Stir the mixture vigorously with a stirring rod. A white,...
Oxalic addindate CH2OT-2H2 Fill out the table with the appropriate data from Part C, Trial 1 Trial 2 439 Mass of Oxalic Acid Dihydrate (g) Moles of Oxalic Acid Dihydrate (Convert grams of oxalic acid to moles using the molecular weight of oxalic acid dihydrate) Moles of NaOH (Convert moles of Oxalic Acid Dihydrate to moles of NaOH using the mole ratio from the reaction) 25mL 41.6mL 41.35 mL Initial burette reading (mL) 2omL 32.00ML Final burette reading (mL) Volume...
Can someone help me rewrite procedure #3 in paragraph
notation. It should be written so that anyone reading it could
replicate what you did.
1. Place cell growth media in 37degree incubator for at least 30 minutes. 2. Remove tubes containing frozen cells from liquid nitrogen tanks and quickly place the tubes on dry ice. Cells should thaw in about a minute. 3. Once thawed, transfer the cells into a 50ml conical tube and add 50ml of warm growth media...
Mass of Magnesium strip Use the length of your magnesium strip and the mass per m provided by your TA to calculate the mass of your magnesium strip. Make sure to convert so that your units match! Mass of magnesium strip Moles of magnesium used Convert the mass of each magnesium strip into moles using the molar mass. Moles of magnesium Moles of hydrogen produced (n) Use the mole ratio from the balanced chemical equation to convert the moles magnesium...
i need help with my biology lab
Length 1 km = 1,000 m 1m = .001 km 1m = 100 cm 1 cm = .01 m Weight 1 kg = 1,000 1g-,001 kg 1g - 100 g 1 cg=.018 18 = 1,000 mg 1 mg = .001 g Volume 1 kL = 1,000 L 1L = .001 Ki 1L = 100 CL 1 cl = .01L 1 L = 1,000 mL 1 mL = .001 L 1 mm = .001...
1. In a small beaker mix together 5.0 mL of 0.10 M Co(NO3)2 . 6H2O with 5.0 mL of concentrated HCl. Be sure to mix thoroughly with your glass stirring rod. This is your equilibrium mixture. 2. Place 1.0 mL of your equilibrium mixture in a small test tube add 1.0 mL of concentrated HCl. Observe any color changes and state in which direction (if any) the equilibrium shifted. Place a new 1.0 mL sample of your equilibrium mixture in...
just making sure did I do right in number 10. and im confused at
number 11 and 12 13. becausse we didnt learn in class. please help.
thanks for your patient
PROCEDURE 1. This experiment is to be conducted individually. on the side shelf: small squares of copper, NaOH, HSO in the hood: conc. HNOs, conc. HC 2. The following items will be found 4 Use your brush and some soap solution to wash your casserole dish as well as...
Experiment 1: Neutralization of Acids and Bases In this experiment, you will learn how to properly neutralize and dispose of acidic and base solutions. Remember, when a solution has a pH of 7, it is considered neutralized. Experiment 1: Neutralization of Acids and Bases In this experiment, you will learn how to properly neutralize and dispose of acidic and base solutions. Remember, when a solution has a pH of 7, it is considered neutralized. Materials 5 mL 4.5% Acetic Acid...
please answer these
questions are based off the sheet with the short
procedure
Question 1 What are the two substances and their quantities (mass for solids, volumes and concentrations for solutions) placed in the calorimeter for Reaction A? Concentration (if Formula Amount (include units!) needed; write N/A for pure substances) Substance 1 Substance 2 D Question 2 What are the two substances and their quantities (mass for solids, volumes and concentrations for solutions) placed in the calorimeter for Reaction B?...
titration lab report
additional images of lab report
QUESTIONS 1. A student masse 0878 of an unknown acid follows the titration procedure required to reach the endpoint on a 10.0 ml Calculate the molar mass of the acid. masses out 0.878 of die in 100 ml volume and titration procedure of Partsherds th the average volume of Non to reach the endpoint on 100 ml aliquot of the acid solution is 18.3 m . 2. In the vinegar titrations (Part...