Bl pure substances, physically combined. Good examples of a solid mixture would be a salad or a bowl of trailmix. Solutions are mixtures too. A spoon full of sugar dissolved in water is an example of both a mixture and a solution. Because mixturesare physical combinations, they are easily separated. Here is a list of mixtures. Match the best method to separate the parts of eachmixture.Boil the water. Collect the solid.ITEM BANK: Move to Topdrag and drop answer hereDissolve salt in water. Pour through filter paper and collect the sand.Gravel and rocksdrag and drop answer hereSand and gravelRemove iron filings with magnet.drag and drop answer hereSand and iron filingsSand and saltUse a screen to sift and separate the big pieces from smaller pieces.drag and drop answer hereSand and wood shavingsdrag and drop answer hereSugar waterPick out the bigger particles.drag and drop answer hereAdd water and float one type of particle.53°F A O Oasearch立

Answered: Image /qna-images/answer/ef31b617-4204-4d8a-82b3-631c1e41d7f1.jpg

aly Combined. Good examples of a solid mixture would be a salad or a bowl of trail mix. Solutions are mixtures too. A spoon full of sugar dissolved in water is an example of both a mixture and a solution. Because mixtures are physical combinations, they are easily separated. Here is a list of mixtures. Match the best method to separate the parts of each mixture. Boil the water. Collect the solid. ITEM BANK: Move to Top drag and drop answer here Gravel and rocks Dissolve salt in water. Pour through filter paper and collect the sand. drag and drop answer here Sand and gravel Remove iron filings with magnet. drag and drop answer here Sand and iron filings Sand and salt drag and drop answer here Use a screen to sift and separate the big pieces from smaller pieces. Sand and wood shavings drag and drop answer here Sugar water Pick out the bigger particles. drag and drop answer here Add water and float one type of particle.

aly Combined. Good examples of a solid mixture would be a salad or a bowl of trail mix. Solutions are mixtures too. A spoon full of sugar dissolved in water is an example of both a mixture and a solution. Because mixtures are physical combinations, they are easily separated. Here is a list of mixtures. Match the best method to separate the parts of each mixture. Boil the water. Collect the solid. ITEM BANK: Move to Top drag and drop answer here Gravel and rocks Dissolve salt in water. Pour through filter paper and collect the sand. drag and drop answer here Sand and gravel Remove iron filings with magnet. drag and drop answer here Sand and iron filings Sand and salt drag and drop answer here Use a screen to sift and separate the big pieces from smaller pieces. Sand and wood shavings drag and drop answer here Sugar water Pick out the bigger particles. drag and drop answer here Add water and float one type of particle.

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

When asked to record the buret reading shown below, a student wrote down a reading of 15.300 mL. mL 15 16 Indicate if their reading is correct or why it is incorrect. Select one: O Their reading is correct. O The solution level was read incorrectly. O The student did not record to enough decimal places. O The reading has too many decimal places.
Suppose that your hydrated salt sample was contaminated by an anhydrous salt. You do not realize this and complete the laboratory experiment with the contaminated sample. Will your resulting percentage of water in your sample be too high, too low, or unaffected by this contaminant?
The maximum safe level of a chemical in drinking water is determined to be 52 μg per kg of water. Convert this value to parts per million (ppm).
Solve correctly using dimensional analysis. Show the complete solution. Do not round off nonfinal answers.
35 g of sucrose (table sugar) and 50 g of water are mixed together to form Solution 1. Which of the substances is the solute? 40 g of sucrose is mixed with 50 g of water to make Solution 2. Therefore, Solution 2 is more (concentrated / dilute) (circle one) than Solution 1.
The market supply of lettuce in a small town is shown in the table below. Supply of Lettuce Price (dollars per Quantity of Lettuce Supplied (heads) head) Initial New $4.00 400 3.50 300 3.00 200 2.50 100 Instructions: Enter your answers as a whole number. a. Suppose an increase in the cost of water decreases production of lettuce heads by 30% at every price. Complete the new supply schedule in the table above. b. At a price of $3.50 per head of lettuce, the original quantity supplied was heads of lettuce and the new quantity supplied is heads of lettuce.
34
Potassium chloride (salt) is added to water and the mixture is stirred until no more salt dissolves. The salt that does not dissolve is allowed to settle out. Refer to the container on the left of the figure. At this point, is the solution saturated, unsaturated, or supersaturated? The water is allowed to evaporate until the volume of the solution is half the original volume. The temperature remains constant during this entire time. Nothing special is done to the solution to trick it. Refer to the container on the right of the figure. At this point, is the solution saturated, unsaturated, or supersaturated? After evaporation, is the mass of potassium chloride dissolved in solution more than, less than, or the same as the mass of potassium chloride dissolved in solution before evaporation? (YES, You are seeing more solid on the bottom of the container on the right.) After evaporation, is the concentration (molarity) of the solution more than, less than, or…
make 100.0 mL of either 1.0 M or 0.10 M ethanol (aqueous). Start with a stock ethanol solution that is 95.0% ethanol by mass and has a density of 0.789 g/mL.
A 55% sucrose solution lost 240 mL by evaporation. After evaporation what is the sucrose concentration in the remaining 300 mL? Round your final answer to 2 decimal places if necessary.
A chemist has a 60 mL beaker of a 30% solution. a. Write an equation for the concentration of the solution after adding x mL of pure water. Concentration = b. Use that equation to determine how many mL of water should be added to obtain a 22% solution. Round your answer to 1 decimal place. mL
With explanation of why the chosen answer is wrong and why the new one is correct! Thank you.