Question
In: Physics
Using the calculated wavelength, plot a graph of 1/lambda vs. (1/2^2 - 1/N^2). Determine the Rydberg...
Using the calculated wavelength, plot a graph of 1/lambda vs. (1/2^2 - 1/N^2). Determine the Rydberg constant from the slope of the line. Please write answer as neatly and large as possible, clearly demonstrating all steps.
Computed wavelengths for each spectral line;
Yellow = 5.89x10^-7m
Violet = 4.38x10^-7m
Blue = 4.91x10^-7m
Red = 6.78x10^-7m
Solutions
genius_generous answered 2 years agoRelated Solutions
Using the calculated wavelength, plot a graph of 1/lambda vs. (1/2^2 - 1/N^2). Determine the Rydberg...
Using the calculated wavelength, plot a graph of
1/lambda vs. (1/2^2 - 1/N^2). Determine the Rydberg constant from
the slope of the line. Please demonstrate using Excel only how to
plot the graph portion and demonstrate clearly on paper how to
determine the Rydberg constant from the slope of the line (showing
all steps in detail)
Computed wavelengths for each spectral line;
Yellow = 5.89x10^-7m
Violet = 4.38x10^-7m
Blue = 4.91x10^-7m
Red = 6.78x10^-7m
For the highest temperature, is more of the intensity (area of the intensity vs. wavelength graph)...
For the highest temperature, is more of the intensity (area of
the intensity vs. wavelength graph) in the visible part of the
spectrum or in the infrared part of the spectrum? How could a light
bulb be made more efficient so it puts out more light in the
visible?
1. Even though the Bohr model had great success that the theoretical calculated Rydberg constant is...
1. Even though the Bohr model had great success that the
theoretical calculated Rydberg constant is so close to the
experimental value, still there's small yet detectable discrepancy.
What is the factor that is responsible to this discrepancy if taken
into account one achieves perfect Rydberg constant?
2. Estimate the size of the aluminum nucleus (Z=13), using a
beam of alpha particle having kinetic energy of 7.7 MeV.
You plot a θ vs time graph of a wind turbine blade and note a linear...
You plot a θ vs time graph of a wind turbine blade and note a
linear relationship. The slope of the line is 1.45 rad/s. Which of
the following applies?
a. The angular acceleration is greater than 1 rad/s^2.
b. The blade is rotating at a constant angular speed.
c. The blade's kinetic energy is increasing.
d. The blade's angular speed is decreasing.
How do you Plot a Bode Phase Plot 1. how do you graph a pole 2....
How do you Plot a Bode Phase Plot
1. how do you graph a pole
2. How do you graph a zero
3.How do you graph a pole at origin(what does that mean)
4. How do you graph a zero at origin.
Please illustrate 1-4 on a graph. indicating which is which
please
How do you Plot a Bode Phase Plot 1. how do you graph a pole 2....
How do you Plot a Bode Phase Plot
1. how do you graph a pole
2. How do you graph a zero
3.How do you graph a pole at origin(what does that mean)
4. How do you graph a zero at origin.
Please illustrate 1-4 on a graph. indicating which is which
please
Using the following equation: x = (8P/9M)^1/2 * t^3/2, Draw a graph of position vs time,...
Using the following equation: x = (8P/9M)^1/2 * t^3/2, Draw a
graph of position vs time, when P=800W, P= 400W and P = 200W and M
= 1632.6kg. Also draw a graph of velocity vs time. Is this a
problem constant acceleration?
1.)Calculate the wavelength of light produced if an electron moves from n=2 state to n=1 state...
1.)Calculate the wavelength of light produced if an electron
moves from n=2 state to n=1 state of an electron
in a hydrogen atom. Express your answer to three significant
figures and include the appropriate units.
2.)Predict if this wavelength higher or lower than those
produced if an electron moves from n=6 state to
n=1 state.
a.) higher
b.) lower
Calculate the photon energy and wavelength for the n = 4 to n = 2 transition...
Calculate the photon energy and wavelength for the n = 4 to n =
2 transition and n = 4 to n = 3 transition for the hydrogen atom, H
(Z = 1). Do not include uncertainty.
E ( 5--> 3) =
E ( 5 --> 2 ) =
λ ( 5--> 3 ) =
λ ( 5 --> 2) =
1. What is the calculated LDL level as calculated using the Friedewald calculation? 2. Which patient,...
1. What is the calculated LDL level as calculated using the
Friedewald calculation?
2. Which patient, if any, should have his or her LDL measured,
rather than calculated? Explain your answer.
3. How many known CHD risk factors does each patient have?
4. Based on what is known, are these patients recommended for
lipid therapy (diet or drug?) and, if so, on what basis?
Patient 1:
40 year old male with HTN, who also is a smoker, but has not...
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