Tɛmplet:Cnote2/example

In May 2009 WP:LAYOUT conducted two studies.^[A] The first was to determine the proportion of section titles used in the standard appendices of all articles within the English Wikipedia.^[B] The second was to determine the degree of conformity in all articles within the English Wikipedia as defined by WP:LAYOUT.^[C] Below are the results.^[D]

Study one results

Footer type	Count	Proportion	Error bound^[iii]
References	979	48.95%	±2.19%
Notes^[i]	89	4.45%	±1.04%
Bibliography^[i]	35	1.75%	±0.57%
Footnotes	13	.65%	±0.352%
Sources	1	0.05%	^[ii]
Works cited	1	0.05%	^[ii]
Citations	0	0%	^[ii]

^ ^{a b}
Possible confounding
^ ^{a b c}
Sample size too small to calculate reliably
^
Error bounds are calculated with a 95% confidence interval^[E]

Study two results

Sections

Blocked: Articles with sections
Category	Count	Proportion	Error^[ii]
Single	114	46.53%	±6.246%
Yes	93	37.959%	±6.0765%
No	35	14.285%	±4.3815%
Maybe	3	^[i]	^[i]

^ ^{a b}
Sample size too small to calculate reliably
^
Error bounds are calculated with a 95% confidence interval^[E]

Applicable

Blocked: Applicable by WP:LAYOUT
Category	Count	Proportion	Error^{[note 1]}
Yes	93	70.992%	±7.77%
No	35	26.717%	±7.577%
Maybe	3	^{[note 2]}	^{[note 2]}

^ ^{a b}
Sample size too small to calculate reliably
^
Error bounds are calculated with a 95% confidence interval^[E]

Notes

^
These are actual results.
^
ChyranandChloe (5 May 2009). "Standard Appendices Usage Statistics" (in es). Journal of Wikipedia Layout 1 (1): 1-2.

At this point the author would like to interrupt this list to indicate a possible application of the value attribute found in Template:Cnote2. Very long lists similar to this one may benefited by having it be broken down. Remember to remove the link to an inline occurrence, giving the feel of an regular list, set n=0.

^
ChyranandChloe (5 May 2009). "Standard Appendicies Conformity Statistics" (in zh). Journal of Wikipedia Layout 1 (1): 3-4.
^
Null hypothesis tests have been omitted.

Assumption

n > 30

np₀ > 10

n(1-p₀) > 10

Simple Random Sample
^ ^{a b c}
Note that binomial distributions are discrete, these error bounds assume a normal distribution. Calculated as ${\hat {p}}\pm z^{*}{\sqrt {\frac {{\hat {p}}\left(1-{\hat {p}}\right)}{n}}}$ , distributed as such:

[cnote_i_grp_1] ^{a b}
Possible confounding

[cnote_ii_grp_1] ^{a b c}
Sample size too small to calculate reliably

[cnote_iii_grp_1] 
Error bounds are calculated with a 95% confidence interval^[E]

[cnote_i_grp_2] ^{a b}
Sample size too small to calculate reliably

[cnote_ii_grp_2] 
Error bounds are calculated with a 95% confidence interval^[E]

[cnote_note_1] ^{a b}
Sample size too small to calculate reliably

[cnote_note_2] 
Error bounds are calculated with a 95% confidence interval^[E]

[cnote_A] 
These are actual results.

[cnote_B] 
ChyranandChloe (5 May 2009). "Standard Appendices Usage Statistics" (in es). Journal of Wikipedia Layout 1 (1): 1-2.

[cnote_C] 
ChyranandChloe (5 May 2009). "Standard Appendicies Conformity Statistics" (in zh). Journal of Wikipedia Layout 1 (1): 3-4.

[cnote_D] 
Null hypothesis tests have been omitted.

Assumption

n > 30

np₀ > 10

n(1-p₀) > 10

Simple Random Sample

[cnote_E] ^{a b c}
Note that binomial distributions are discrete, these error bounds assume a normal distribution. Calculated as ${\hat {p}}\pm z^{*}{\sqrt {\frac {{\hat {p}}\left(1-{\hat {p}}\right)}{n}}}$ , distributed as such:

[A]

[B]

[C]

[D]

[iii]

[i]

[ii]

[E]

[ii]

[i]

[note 1]

[note 2]

Assumption
n > 30
np₀ > 10
n(1-p₀) > 10
Simple Random Sample