Question

A student obtains an evaporating dish and determines its mass to be 33.96 grams. After following...

A student obtains an evaporating dish and determines its mass to be 33.96 grams. After following the procedure 1b in the Separations Lab, the student weighs the evaporating dish again. This time the dish weighs 39.93 grams. What is the mass of salt collected?

0 0
Add a comment Improve this question Transcribed image text
Answer #1

evaporating dish is laboratory glassware which is used for the evaporation of solutions.

mass of dish = 33.96 grams

after evaporation,

dish weighs = 39.93 grams

thus

mass of salt collected = (39.93 - 33.96) = 5.97 g (answer)

Add a comment
Know the answer?
Add Answer to:
A student obtains an evaporating dish and determines its mass to be 33.96 grams. After following...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • A student ran a trial of the experiment. The mass of the emtpy evaporating dish was...

    A student ran a trial of the experiment. The mass of the emtpy evaporating dish was 4.5000 g. After the reaction, the mass of the evaporating dish with the product, CuO, was 6.4271. How many moles of CuO are in the dish after the reaction?

  • 1. The mass of an empty evaporating dish and watch glass is 62.549 g. After the...

    1. The mass of an empty evaporating dish and watch glass is 62.549 g. After the addition of an unknown, the mass was 63.089 g. The evaporating dish and unknown were heated strongly for 10 minutes. After cooling, the mass of the evaporating dish and sample were found to be 62.928 g. A sample of the unknown was also submitted to a flame test, and found to produce a violet flame. Is the unknown NaHCO3, Na2CO3, KHCO3, or K2CO3? Explain...

  • need help!! DATA (20 pts): Avg. Mass of Evap. Dish (empty) Mass of Salt Mass of...

    need help!! DATA (20 pts): Avg. Mass of Evap. Dish (empty) Mass of Salt Mass of Salt + Evaporating Dish (after evaporation) Molar Solubility Of Salt Ksp for Salt BaSO4 10.01342 ing 10.5 mg CaSO4 In the space below, show your work for the calculations in the Data Table (15 pts): PROCEDURE: 1) (Preparing a saturated solution) 1-a. In a large test tube, mix a few grains of the first salt with 20 ml of water and stir or agitate....

  • Ana lab a student determines the density of a metal object by measuring its mass on...

    Ana lab a student determines the density of a metal object by measuring its mass on a balance and its volume by displacement in a graduated cylinder In the lab, a student determines the density of a metal object by measuring its mass on a balance and its volume by displacement in a graduated cylinder. The data collected by the student is shown. mass of object: 46.675 g volume of water in cylinder before object submersed: 29.79 mL volume of...

  • Data Table: Trial 1 Trial 2 1. Mass of evaporating dish with watch glass 84.06 g...

    Data Table: Trial 1 Trial 2 1. Mass of evaporating dish with watch glass 84.06 g 84.06 g 2. Mass of sodium bicarbonate 2.16 g 2.36 g 85.40 g 85.59 g 85.40 g 85.49 g 3. Mass of dish/watch glass and residue after 1" heating 4. Mass of dish/watch glass and residue after 2 heating 5. Mass of dish/watch glass and residue after 3"| heating 6. Mass of residue (NaCl) (This is the experimental yield of NaCl) 85.49 g Calculations:...

  • In the lab, a student determines the density of a metal object by measuring its mass...

    In the lab, a student determines the density of a metal object by measuring its mass on a balance and its volume by displacement in a graduated cylinder. The data collected by the student is shown. mass of object: 42.231 g volume of water in cylinder before object submersed: 28.01 mL volume of water + object in cylinder: 34.39 mL Calculate the density of the object. d = g/mL Based on the recorded volume data, and assuming that the student...

  • Tast lab Experiment #7 The Solubility Product -Constant (Ksp) Objectives To calculate the Kop values of...

    Tast lab Experiment #7 The Solubility Product -Constant (Ksp) Objectives To calculate the Kop values of some salts II. Background: Research and provide definition/principles for -K and how to obtain its value III Procedure dish for before performingthe actual procedure, prepare a perfectly tarred evaporating consistent "dry" mass by heating it, cooling and weighing. cat again, cool and weigh until the difference in masses is or <0.0010. wote: Use the same analytical balance and DO NOT touch the dish with...

  • 21. A student correctly determines that 17.1 grams of sucrose are needed to make 50 mL...

    21. A student correctly determines that 17.1 grams of sucrose are needed to make 50 mL of a 1 M sucrose solution. When making this solution in lab, the student measured 50 mL of water and massed 17.1 grams of sucrose. The student then mixed the two together into a new beaker. The student's resulting solution was not 1 M sucrose as intended. After the student mixed sucrose and water, the resulting solution was poured into a graduated cylinder and...

  • The procedure tells you to determine the mass of two different 250 mL flasks. A student...

    The procedure tells you to determine the mass of two different 250 mL flasks. A student determines: 73.483 grams for flask#1 63.163 grams for flask #2 What do you make of this? Select all that applies: -The student did not zero the balance after the first flask. -There is no reason two flasks should have the same mass, and it would be very unlikely that they would. -If the student did zero balance properly, the balance must be malfunctioning, and...

  • In the lab, a student determines the density of a metal object by measuring its mass...

    In the lab, a student determines the density of a metal object by measuring its mass on a balance and its volume by displacement in a graduated cylinder. The data collected by the student is shown. mass of object: 44.701 g volume of water in cylinder before object submersed: 29.47 ml volume of water + object in cylinder: 35.33 mL Calculate the density of the object. d= g/mL Based on the recorded volume data, and assuming that the student used...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT