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Data is determined to be accurate if the % error is s 5.00% and precise if the standard deviation (SD) is S 0.10. Use the given choices below to describe the set of data collected. v Weighing of a standard vitamin C (theoretical mass= 10.00 A. Precise only mg) resulted to the following after three replicate measurements: 10.99 mg, 10.98 mg, and 10.99 mg B. Neither accurate nor precise v The pH reading of a water sample (theoretical pH= 7.00) C. Accurate only after three measurements: 6.10, 6.50, and 6.70 D. Both accurate and precise v Length measurements of an inexpensive plastic ruler (theoretical length: 12.0 inches) were recorded as follows: 12.0 inches, 11.9 inches, and 12.1 inches v The volume of a cup of milk (theoretical volume= 108 mL) were determined to be: 109 mL, 108 mL, and 107 mL after three measurements Density measurements of water (theoretical density= 1.00 g/mL) were recorded to be: 2.12 g/mL, 1.01 g/mL, and 0.878 g/mL

Data is determined to be accurate if the % error is s 5.00% and precise if the standard deviation (SD) is S 0.10. Use the given choices below to describe the set of data collected. v Weighing of a standard vitamin C (theoretical mass= 10.00 A. Precise only mg) resulted to the following after three replicate measurements: 10.99 mg, 10.98 mg, and 10.99 mg B. Neither accurate nor precise v The pH reading of a water sample (theoretical pH= 7.00) C. Accurate only after three measurements: 6.10, 6.50, and 6.70 D. Both accurate and precise v Length measurements of an inexpensive plastic ruler (theoretical length: 12.0 inches) were recorded as follows: 12.0 inches, 11.9 inches, and 12.1 inches v The volume of a cup of milk (theoretical volume= 108 mL) were determined to be: 109 mL, 108 mL, and 107 mL after three measurements Density measurements of water (theoretical density= 1.00 g/mL) were recorded to be: 2.12 g/mL, 1.01 g/mL, and 0.878 g/mL

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.1: Measures Of Center
Problem 9PPS
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Data is determined to be accurate if the % error is s 5.00% and precise if the standard deviation (SD) is s 0.10. Use the given choices below to describe the set of data collected. v Weighing of a standard vitamin C (theoretical mass= 10.00 A. Precise only mg) resulted to the following after three replicate measurements: 10.99 mg, 10.98 mg, and 10.99 mg B. Neither accurate nor precise The pH reading of a water sample (theoretical pH= 7.00) C. Accurate only after three measurements: 6.10, 6.50, and 6.70 D. Both accurate and precise v Length measurements of an inexpensive plastic ruler (theoretical length: 12.0 inches) were recorded as follows: 12.0 inches, 11.9 inches, and 12.1 inches The volume of a cup of milk (theoretical volume= 108 mL) were determined to be: 109 mL, 108 mL, and 107 mL after three measurements v Density measurements of water (theoretical density= 1.00 g/mL) were recorded to be: 2.12 g/mL, 1.01 g/mL, and 0.878 g/mL
Transcribed Image Text:Data is determined to be accurate if the % error is s 5.00% and precise if the standard deviation (SD) is s 0.10. Use the given choices below to describe the set of data collected. v Weighing of a standard vitamin C (theoretical mass= 10.00 A. Precise only mg) resulted to the following after three replicate measurements: 10.99 mg, 10.98 mg, and 10.99 mg B. Neither accurate nor precise The pH reading of a water sample (theoretical pH= 7.00) C. Accurate only after three measurements: 6.10, 6.50, and 6.70 D. Both accurate and precise v Length measurements of an inexpensive plastic ruler (theoretical length: 12.0 inches) were recorded as follows: 12.0 inches, 11.9 inches, and 12.1 inches The volume of a cup of milk (theoretical volume= 108 mL) were determined to be: 109 mL, 108 mL, and 107 mL after three measurements v Density measurements of water (theoretical density= 1.00 g/mL) were recorded to be: 2.12 g/mL, 1.01 g/mL, and 0.878 g/mL
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