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Vibiscm modibis/view.php?id 3224074 sapling learning.com Apps YouTube N Netflix

ID: 482817 • Letter: V

Question

Vibiscm modibis/view.php?id 3224074 sapling learning.com Apps YouTube N Netflix f Facebook Si A complete guide to Kids Rides & Rides f My Assignm 2/13/2017 12:00 PM A 100 Gradebook Attempts Score tr Print Calculator Periodic Table Question 2 of 8 Map EM Sapling Learning flask temperature was a you that the distilled water was as well. However, you later discover that the actual water temperature was 12 instead How is the mass of the 10.0 mL of distilled water you measured at 12 C different from the mass of 10.0 mL of distilled water at 209C? O It is greater than the mass of water at 20 C. O It has the same mass as the water at 20 C. O It is less than the mass of water at 20 C. If the masses are different, is the emor in mass due to the temperature difference a systematic or random error? O It is a random error. O It is a systematic error. It is neither a systematic or random error because the masses are the sa O It is both a systematic and random emor. O Previous Give Up &view; salution 2 Check Answer ONext Exi twinsofcosplay Maltese dog breed her bookmark Source Assignment Information Available From: 2/3/2017 10:00 AM 2/13/2017 12:00 PM Due Date Points Possible Grade Category: Default Description: Policies SFW Custom You can check your answers. You can view solutions when you complete or give up on any questio You can keep trying to answer each question until you get it right or give up. You lose 10% of the points available to each answer in your question for each incorrect attemp at that answer. O eTextbook o Help with This Topic O Web Help & Videos Technical Support and Bug Reports

Explanation / Answer

Density = Mass/ volume

So, Volume= Mass/ density.

Density of a liquid decreases with increase in temperature. So the density of water at 12oC is more than that in 20oC. So mass of water at 12oC will more than the mass of water at 20oC.

This is a systematic error. (error caused by faulty measurement)

Random errors are caused by unknown and unexpected changes during experimentation.