4. Suppose you took the test tube out of the boiling water bath for -30 seconds as you forgot to take the initial temperature of the water in the calorimeter. How would your specific heat calculation be affected for your metal? How do you know? (Be specific, do not simply state the value would be "different", "off" or "incorrect".)

World of Chemistry, 3rd edition
3rd Edition
ISBN:9781133109655
Author:Steven S. Zumdahl, Susan L. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan L. Zumdahl, Donald J. DeCoste
Chapter10: Energy
Section: Chapter Questions
Problem 66A
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Please help with question 4 & 5
in 201 mod
Post Lab Questions
3130-01
3. Given that accuracy is how close values are to an accepted value and
precision refers to reproducibility, comment on the accuracy and precision of
your experiment. Predict causes the errors with in the experiment? (Do NOT
state human error.)
4. Suppose you took the test tube out of the boiling water bath for -30 seconds as
you forgot to take the initial temperature of the water in the calorimeter. How
would your specific heat calculation be affected for your metal? How do you
know? (Be specific, do not simply state the value would be "different", "off" or
"incorrect".)
Do
5. Suppose a student took the test tube of metal and placed it directly into the cup
of water instead of actually pouring the metal in the cup. How would this
impact the results of the experiment? (Be specific, do not simply state the value
would be "different", "off" or "incorrect". Hint, think of what else is being added
to the calorimeter).
Transcribed Image Text:in 201 mod Post Lab Questions 3130-01 3. Given that accuracy is how close values are to an accepted value and precision refers to reproducibility, comment on the accuracy and precision of your experiment. Predict causes the errors with in the experiment? (Do NOT state human error.) 4. Suppose you took the test tube out of the boiling water bath for -30 seconds as you forgot to take the initial temperature of the water in the calorimeter. How would your specific heat calculation be affected for your metal? How do you know? (Be specific, do not simply state the value would be "different", "off" or "incorrect".) Do 5. Suppose a student took the test tube of metal and placed it directly into the cup of water instead of actually pouring the metal in the cup. How would this impact the results of the experiment? (Be specific, do not simply state the value would be "different", "off" or "incorrect". Hint, think of what else is being added to the calorimeter).
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