2. Plot 1/λ (y-axis) vs 1/n2 (x-axis) for hydrogen and attach your graph to the back of this handout. Excel graphs are not permitted. Your graph should have: a title, proper axis scaling, axes labelled including units, data points shown clearly eg. dot in a circle, best straight line drawn, and the coordinates (x,y) of the points on the straight line chosen to calculate the slope. Never use data points to calculate the slope! Show slope calculation directly on the graph. 3. a) From your graph, calculate the experimental value of R, the Rydberg constant. (Note- this is the absolute value of your slope): b) Based on the theoretical value of R, 1.0974 x 107 m1, calculate your % error:

2. Plot 1/λ (y-axis) vs 1/n2 (x-axis) for hydrogen and attach your graph to the back of this handout. Excel graphs are not permitted. Your graph should have: a title, proper axis scaling, axes labelled including units, data points shown clearly eg. dot in a circle, best straight line drawn, and the coordinates (x,y) of the points on the straight line chosen to calculate the slope. Never use data points to calculate the slope! Show slope calculation directly on the graph. 3. a) From your graph, calculate the experimental value of R, the Rydberg constant. (Note- this is the absolute value of your slope): b) Based on the theoretical value of R, 1.0974 x 107 m1, calculate your % error:

Chemistry: Principles and Reactions

8th Edition

ISBN:9781305079373

Author:William L. Masterton, Cecile N. Hurley

Publisher:William L. Masterton, Cecile N. Hurley

Chapter1: Matter And Measurements

Section: Chapter Questions

Problem 73QAP: A Different civilization on a distant planet has developed a new temperature scale based on ethyl...

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How do you figure out how to solve this question? The density of a liquid is determined by successively weighing 25, 50, 75, 100, and 125 mL of the liquid in a 250-mL beaker. If volume of liquid is plotted along the horizontal axis, and total mass of beaker plus liquid is plotted on the vertical axis: .a..The line will pass through the origin. .b..The slope of the line is independent of the identity of the liquid. .c..The y, or vertical, intercept is the weight of the empty beaker. .d..The slope of the line is 1.0. .e..The x, or horizontal, intercept is the negative value of the weight of the beaker.
Plot 1/λ (y-axis) vs 1/n2 ( x-axis) for hydrogen and attach your graph to the back of this handout. Excel graphs are not permitted. Your graph should have: a titie, proper axis scaling, axes labelled including units, data points shown clearly eg. dot in a circle, best straight line drawn, and the coordinates (x,y) of the points on the straight line chosen to calculate the slope. Never use data points to calculate the slope! Show slope calculation directly on the graph. 3. a) From your graph, calculate the experimental value of R, the Rydberg constant. (Note - this is the absolute value of your slope): b) Based on the theoretical value of R,1.0974×107 m−1, calculate your % error: information you need to solve this question: The picture is attached
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