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ab. Reporting Proper Tools Add-ons Help Accessibility Last edit was seconds ago HE estions: Ow do your two methods (indirect and direct) of measuring the volume of the 400 mL beaker compare? Which ethod was more accurate? Explain why.

ab. Reporting Proper Tools Add-ons Help Accessibility Last edit was seconds ago HE estions: Ow do your two methods (indirect and direct) of measuring the volume of the 400 mL beaker compare? Which ethod was more accurate? Explain why.

Macroscale and Microscale Organic Experiments
Macroscale and Microscale Organic Experiments
7th Edition
ISBN:9781305577190
Author:Kenneth L. Williamson, Katherine M. Masters
Publisher:Kenneth L. Williamson, Katherine M. Masters
Chapter8: Thin-layer Chromatography: Analyzing Analgesics And Isolating Lycopene From Tomato Paste
Section: Chapter Questions
Problem 12Q
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surement Lab: Reporting to Proper Precision Format Tools Add-ons Help Accessibility Last edit was seconds ago Questions: 1. How do your two methods (indirect and direct) of measuring the volume of the 400 mL beaker compare? Which method was more accurate? Explain why. 2 Which object in this lab has the highest density? Explain why. 3. Explain how results must be recorded when working with measurements. 4. Your iregular solid is made of lead (Pb) which has a real density (theoretical yield) of 11.34 g/mL.. Compare your density of lead (actual yield) to the real density by finding the error in your measurement. Now, find the percent error in your measurement of the density of lead. Recall, the theoretical yield for lead's density is 11.34 g/mL.
Transcribed Image Text:surement Lab: Reporting to Proper Precision Format Tools Add-ons Help Accessibility Last edit was seconds ago Questions: 1. How do your two methods (indirect and direct) of measuring the volume of the 400 mL beaker compare? Which method was more accurate? Explain why. 2 Which object in this lab has the highest density? Explain why. 3. Explain how results must be recorded when working with measurements. 4. Your iregular solid is made of lead (Pb) which has a real density (theoretical yield) of 11.34 g/mL.. Compare your density of lead (actual yield) to the real density by finding the error in your measurement. Now, find the percent error in your measurement of the density of lead. Recall, the theoretical yield for lead's density is 11.34 g/mL.
ment Lab: Reporting to Proper Precision mat Tools Add-ons Help Accessibility ☆回 Last edit was 3 minutes ago Use the data table below to predict what metals make up the silver and black blocks Block Prediction 1 4 Metal Density Magnesium 1.74 g/mL Aluminum 2.70 g/ml Iron 7.87 g/mL Nickel 8.91 g/mL Lead 11.34 g/mL
Transcribed Image Text:ment Lab: Reporting to Proper Precision mat Tools Add-ons Help Accessibility ☆回 Last edit was 3 minutes ago Use the data table below to predict what metals make up the silver and black blocks Block Prediction 1 4 Metal Density Magnesium 1.74 g/mL Aluminum 2.70 g/ml Iron 7.87 g/mL Nickel 8.91 g/mL Lead 11.34 g/mL
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