Duplicate Question
The question on this page has been marked as a duplicate question.
Original Question
Reggie has a sample of raw sugar made up of large particles and a sample of white sugar made up of much smaller particles. He d...Asked by Regina ?????????
Reggie has a sample of raw sugar made up of large particles and a sample of white sugar made up of much smaller particles. He dissolved 1 tsp. of each sample in 1 cup of water. Which dissolved fastest?
a) Both dissolved at the same rate
b) The white sugar dissolved slowly, and the raw sugar dissolved quickly
c) The white sugar dissolved quickly, and the raw sugar dissolved slowly
d) The white sugar dissolved quickly, and the raw sugar did not dissolve.
a) Both dissolved at the same rate
b) The white sugar dissolved slowly, and the raw sugar dissolved quickly
c) The white sugar dissolved quickly, and the raw sugar dissolved slowly
d) The white sugar dissolved quickly, and the raw sugar did not dissolve.
Answers
Answered by
bobpursley
You get a much larger surface area with smaller particles, for the same mass. Dissolving depends on the larger surface area surface area exposed to the solvent.
Answered by
Regina
think the answer would be option C. Am I correct?
Answered by
STORMY
I think C. too SO i agree
Answered by
STORMY
Reggie has a sample of raw sugar made up of large particles and a sample of white sugar made up of much smaller particles. He dissolved 1 tsp of each sample in 1 cup of water. Which dissolved fastest?
Group of answer choices
A.The white sugar dissolved quickly, and the raw sugar dissolved slowly.
b.The white sugar dissolved quickly, and the raw sugar did not dissolve.
C.Both dissolved at the same rate.
D.The white sugar dissolved slowly, and the raw sugar dissolved quickly.
Answer: A
Group of answer choices
A.The white sugar dissolved quickly, and the raw sugar dissolved slowly.
b.The white sugar dissolved quickly, and the raw sugar did not dissolve.
C.Both dissolved at the same rate.
D.The white sugar dissolved slowly, and the raw sugar dissolved quickly.
Answer: A
Answered by
Emma
I know that it was a i think
There are no AI answers yet. The ability to request AI answers is coming soon!
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.