Kinney Chapter of C-K 2009 p195 (pdf 216)

• Footnotes

Analysis of "Which"

all of them in sections of the text that are not in F;  Q's total is thus sixty-four. Though shorter, F
has fifteen instances not in Q for a total of seventy instances. In ten cases,  F has  which where Q 			
has that: three are in sections not in Q, in one case F has which where Q has who, and in another, 			
F has  which where there is  no relative in Q  This patrern, consistent in all five  acts,  implies one 			
author preferred that, who, or a relative deletion to which as a relative, and a second author, or the 			
first author at a different time of composition, preferred which. 			

Which	F+	F-	Tot
Q+	55	9u	64
Q-	3u
Q zero rel	1
Q who	1
Q that	10
Tot	70
	F which

Analysis of "That"

Q That	7 (+3)
Q who	1
Q -	1

---

Analysis of "Does"

 Q and F share nine instances of does and twelve of doth. 
Q has one instance of does in a section not in F, so ten in all. Q has five instances of doth not in F, 
twO of them in unique passages, and three where F has does,  seventeen in all.  F has two instances 
of does in unique passages, three instances where Q has doth and three where Q has doest or do, 
so seventeen in all.  F has one instance of doth in a passage not shared with Q, so thirteen in all. 
Direct changes come in one direction only.  Q never has does  where  F has doth,  and vice versa. 
Overall, Q has ten instances of does  to seventeen of doth while F has seventeen to thirteen. If we 
posit a single author behind each text, one author prefers doth and the other does. 

Does	F+	F-	Tot
Q+	9	1u	10
Q-

Analysis of "Doth"

Doth	F+	F-	Q Doest/do	Tot
Q+	12	2u	3	17
Q-	1u
Tot	13

---

Analysis of "These"

There  are  thirty instances of these common to Q  and F.  In addition,  Q  has  two  instances  not 
in F,  so  Q has  thirty-two instances in all.  Both such instances not in F are in sections that do 
not appear in F.  There are six instances in F not in Q, so  F has thirty-six instances in all. Of the 
instances not shared with Q, one is  in a section not in Q, three have these where Q has this,  and 
two have these where Q has those. 

These	F+	F-	Tot
Q+	30	2u	32
Q-	1
Q this	3
Q those	2
Tot	36