50. mL of water was added to a 100-mL graduated cylinder.100:1mlThen all the gravel was added to the water in the graduated cylinder.h20°C±1mlThe level of the water in the graduated cylinder rose to 69 mL.100ml90We are interested in the volume of the gravel.80(f) What is the other name of a graduated cylinder?E 70E 60(g) What is the name of this method of measuring the volume of gravel?50(h) What do we call the level of the water inside the graduated cylinder?E 40(i) Calculate the volume of the gravel.30(j) Calculate the density of the sample of gravel.2010(k) What is the SI-derived unit of density?(1) If some of the gravel fell on the floor and was NOT added to the water ingraduated cylinder, how would the result of the experiment be affected?Explain.(m) If the mass of the gravel used in this experiment was increased three times at the same temperature,What would be the density of the gravel in kg/dL? Explain your answer.What experimental problems would we have if the mass of the gravel was increased three times inthis experiment.(n) What are a syringe and a pipette used for in the laboratory?

Hello. Since the question has multiple subparts, the first three subparts are solved. In case the…

50. mL of water was added to a 100-mL graduated cylinder. Then all the gravel was added to the water in the graduated cylinder. The level of the water in the graduated cylinder rose to 69 mL. We are interested in the volume of the gravel. (f) What is the other name of a graduated cylinder? (g) What is the name of this method of measuring the volume of gravel? (h) What do we call the level of the water inside the graduated cylinder?

50. mL of water was added to a 100-mL graduated cylinder. Then all the gravel was added to the water in the graduated cylinder. The level of the water in the graduated cylinder rose to 69 mL. We are interested in the volume of the gravel. (f) What is the other name of a graduated cylinder? (g) What is the name of this method of measuring the volume of gravel? (h) What do we call the level of the water inside the graduated cylinder?

Chemistry: Matter and Change

1st Edition

ISBN:9780078746376

Author:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom

Publisher:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom

Chapter2: Analyzing Data

Section: Chapter Questions

Problem 114A

See similar textbooks

Similar questions

If a patient is receiving 145 mL of 3.80% (m/v) mannitol every 2.00 hours, how many grams of mannitol does the patient receive in 10.0 hours? Select the appropriate items from the menus to show how to calculate the answer using dimensional analysis and then select the correct answer.
how much space would a 0.434g sample of a material occupy if it has a density of 1.23gcm-3
1.) A dense plastic-like shape has a mass of 42.985 g and has a volume of 41.96 mL. What is the density of the substance? 2.) Another plastic-like piece has a mass of 65.389 grams and displaces 53.652 grams of water (measured at 24.6 ⁰C). Is this piece likely to be composed of the same material as the sample in problem 1? Explain using the Claim-Evidence-Reasoning process.
A 1.00 m long beam of stainless steel with a square 2.00 cm X 2.00 cm cross-section has a mass of 3.02 kg. What is its density in grams per cubic centimeter?
Given that an IV is mixed so that each 150. mL of the solution contains 500. mg of the drug lidocaine and the rate of infusion is set at 300. mL/hr. How many minutes will it take for 0.75 g of lidocaine to be administered?
A manufacturer of paint claims that a gallon (3.78 L) of latex paint can cover 365 ft2 of the surface of a wall in a single coating. The paint manufacturer also claims that one single coating of an entire wall will be 3.40 mm thick. Is this a case of false advertising? Yes or No? Elaborate your answer by providing a calculation (handwritten, upload a pdf). You may use the following conversions: 12 in = 1 ft, 2.54 cm = 1 in
An order was given to initially infuse 10000. units per hour of the anticoagulant heparin for a patient in the emergency room. The IV bag supplied contains 250. mL of a heparin solution at a concentration of 100. units per milliliter. How many hours will the IV run? Flow Rate = (1 mL/100 Units) x (10000 units/1 hr) = mL/h
The average time it takes for a molecule to diffuse a distance of x cm is given by t=(x^(2))/(2D) where t is the time in seconds and D is the diffusion coefficient. Assume that the diffusion coefficient of glucose is 5.70 ×10−7 cm2/s. Calculate the time it would take for a glucose molecule to diffuse 11.5 μm
If an IV is mixed so that each 150mL contains 550mg of the drug lidocaine how many minutes will it take for 780mg of lidocaine to be administered if the rate is set at 9.0 mL/min
The physician of patient AJ (50 kg, M) admitted in your hospital ordered that the patient receives 0.25 mL of drug A per kg of body weight. This must be mixed with 250 mL of D5W. The IV admixture must be administered over a six-hour period only using a drip set capable of delivering 15 drops per mL. Your pharmacy has stocks of 2.0% w/v of drug A solution (density of drug A: 1.2 g/mL). Answer all questions below. 1. How many mL of drug A must the patient receive to obtain the needed dose? 12.5 mL B. 25.0 mL C. 50.0 mL D. 75 mL 2. From the pharmacy’s stocks of drug A solution, how many mL must be added to 250 mL D5W to prepare the IV admixture? 250 mL B. 500 mL C. 750 mL D. 1000 mL 3. What is the total volume of the admixture that will be administered to the patient? 262.50 mL B. 500 mL C. 750 mL D. 1000 mL 4. Given the capability of the hospital’s IV set, how many drops of the admixture should be administered to the patient? 3,936.5 drops B. 7,500 drops C. 11,250 drops D.…
A graduated cylinder weighs 28.66 grams when empty and 35.27 grams when filled with water at 4oC. Calculate the volume that the water occupies.
(10/1000000)x5x100 =0.005 why am I getting different answ