The low and high estimate of number people watching the parade has to be identified for the given uncertainty, if the number of people watching the parade was estimated by the police to be 50000. Concept Introduction: Whenever a measurement is made, the significant figures in the measured quantity give the actual measurement. For this the significant figures should be recognized first. The significant figures may be non-zero digit and zero digit. But Zero may be or may not be a significant figure. The number of significant figures gives more information about the degree of uncertainty. This uncertainty is determined from the last digit. One should also note in which place the last digit appears, either in the tenth, or hundredth or thousandth place.
The low and high estimate of number people watching the parade has to be identified for the given uncertainty, if the number of people watching the parade was estimated by the police to be 50000. Concept Introduction: Whenever a measurement is made, the significant figures in the measured quantity give the actual measurement. For this the significant figures should be recognized first. The significant figures may be non-zero digit and zero digit. But Zero may be or may not be a significant figure. The number of significant figures gives more information about the degree of uncertainty. This uncertainty is determined from the last digit. One should also note in which place the last digit appears, either in the tenth, or hundredth or thousandth place.
Solution Summary: The author explains that the significant figures in the measured quantity give the actual measurement. The uncertainty is determined from the last digit.
The low and high estimate of number people watching the parade has to be identified for the given uncertainty, if the number of people watching the parade was estimated by the police to be 50000.
Concept Introduction:
Whenever a measurement is made, the significant figures in the measured quantity give the actual measurement. For this the significant figures should be recognized first. The significant figures may be non-zero digit and zero digit. But Zero may be or may not be a significant figure. The number of significant figures gives more information about the degree of uncertainty. This uncertainty is determined from the last digit. One should also note in which place the last digit appears, either in the tenth, or hundredth or thousandth place.
(b)
Interpretation Introduction
Interpretation:
The low and high estimate of number people watching the parade has to be identified for the given uncertainty, if the number of people watching the parade was estimated by the police to be 50000.
Concept Introduction:
Whenever a measurement is made, the significant figures in the measured quantity give the actual measurement. For this the significant figures should be recognized first. The significant figures may be non-zero digit and zero digit. But Zero may be or may not be a significant figure. The number of significant figures gives more information about the degree of uncertainty. This uncertainty is determined from the last digit. One should also note in which place the last digit appears, either in the tenth, or hundredth or thousandth place.
(c)
Interpretation Introduction
Interpretation:
The low and high estimate of number people watching the parade has to be identified for the given uncertainty, if the number of people watching the parade was estimated by the police to be 50000.
Concept Introduction:
Whenever a measurement is made, the significant figures in the measured quantity give the actual measurement. For this the significant figures should be recognized first. The significant figures may be non-zero digit and zero digit. But Zero may be or may not be a significant figure. The number of significant figures gives more information about the degree of uncertainty. This uncertainty is determined from the last digit. One should also note in which place the last digit appears, either in the tenth, or hundredth or thousandth place.
(d)
Interpretation Introduction
Interpretation:
The low and high estimate of number people watching the parade has to be identified for the given uncertainty, if the number of people watching the parade was estimated by the police to be 50000.
Concept Introduction:
Whenever a measurement is made, the significant figures in the measured quantity give the actual measurement. For this the significant figures should be recognized first. The significant figures may be non-zero digit and zero digit. But Zero may be or may not be a significant figure. The number of significant figures gives more information about the degree of uncertainty. This uncertainty is determined from the last digit. One should also note in which place the last digit appears, either in the tenth, or hundredth or thousandth place.
Use the sample experimental data to calculate the mass of water lost
Mass of pan
15.110 g
Mass of pan+ sample before heating
17.452 g
Mass of pan + sample after heating
17.107 g
Use the sample experimental data to calculate the % of water in sample
Mass of pan
15.110 g
Mass of pan + sample before heating
17.452 g
Mass of pan+ sample after heating
17.107 g
For the image attached
Make a x and y axes graph of the average mass vs. year.
For the image attached
Make a graph of the average mass vs year. Please label y and x axes
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