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The histograms and gaussian fits are shown below:

And the Χ^{2} values, divided by the number of degrees of freedom, are as follows:

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The fit result for all 20 layers can be seen below:

Hence our resolution for all layers is 19.4%.

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Luckily, the quality of the results was identical, and therefore X was set to 0.94 for all energies.

#### Gaussian fits

And the Χ^{2} values, divided by the number of degrees of freedom, are:

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This result is slightly too good, and will therefore be further explored and checked.

#### The similarity of μ and E_{0}

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__Coefficient of 1.25__

#### Gaussian fits

And the Χ^{2} values, divided by the number of degrees of freedom, are:

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The energy resolution for a coefficient of 1.25 is 20%.

#### The similarity of μ and E_{0}

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__Coefficient of 1.75__

#### Gaussian fits

And the Χ^{2} values, divided by the number of degrees of freedom, are:

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The energy resolution for a coefficient of 1.75 is 20.5%.

#### The similarity of μ and E_{0}

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__Coefficient of 2.25__

#### Gaussian fits

And the Χ^{2} values, divided by the number of degrees of freedom, are:

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The energy resolution for a coefficient of 2.25 is 21.3%.

#### The similarity of μ and E_{0}

...