Midterm #1 Flashcards
Are all NPs R-expressions?
No, not NPs that refer to an entity INSIDE the phrase such as herself in Heidi hit herself on the head (anaphor)
Anaphor
An NP that gets its meaning from another NP in the sentence
“Needy” ! (Must be bound within binding domain)
Two types of anaphors
Reflexive pronouns (herself, himself etc) Reciprocals (each other)
Pronoun
An NP that may or may not get its meaning from another word in the sentence
“Need their space” (can be bound but not in binding domain, principle B)
Antecedent
NP that gives its meaning to another noun in the sentence
To be coindexed
Two NPs that get the same index are said to be coindexed (this they corefer to each other, aka refer to the same entity in the world)
Binding
Bound if:
-A C-commands B
AND
-A and B are coindexed
Binding Principle A
An anaphor must be bound in its binding domain (it’s own clause)
Locality constraint
Has to do with anaphors; anaphors need to find their antecedent in the same clause (must be near it or local in some way)
Binding domain
Clause containing the NP (anaphors, pronoun, R-expressions)
R-expression
NP that gets its meaning by referring to an entity in the world (ex: Felicia, a fine paper on Zapotec, etc)
“Lone wolves” (never bound)
When can a pronoun NOT be bound by its antecedent?
When the antecedent is its clause mate aka in the same immediate clause
Principle B
A pronoun MUST be free in its binding domain
Principle C
An R-expression must be free
Domination
Node A dominates Node B if A is higher up in the tree than B and if you can trace a branch from A to B only going downwards
Immediate domination
No nodes that are dominated by A, but dominate B (aka A is the first node that dominates B)
Root node vs terminal node vs non-terminal node
Root node: node that dominates everything but is dominated by nothing
(No node’s daughter)
Terminal node: a node that dominates nothing (not a mother)
Non-terminal node: node that dominates something (node that is a mother)
Exhaustive domination
Node A dominates all members of a set of terminal nodes and nothing else
Constituent
Set of terminal nodes exhaustively dominated by a particular node
Sister precedence
Node A sister-proceeds node B if and only if both are immediately dominated by the some node, and if A appears to the left of B
Precedence
Node A precedes node B if and only neither A dominates B nor vice versa, and A or some node dominating A sister-proceeds B or some node dominating B
What is the name of the constraint that stops nodes from crossing
No crossing branches constraint
C-command formal definition
Node A c-commands node B if every node dominating A also dominates B AND neither A nor B dominate each other
Symmetric vs asymmetric c-command
Symmetric= A and B both c-command each other asymmetric= A c-commands B but not the other way around
Government and its two kinds
Government= node A governs node B is A c-commands B without a node G that is c-commands by A and G asymmetrically c-commands B
Phrase government= if the governor is a phrase, only other phrases can intervene (not heads like N, V, etc)
Head government= same as phrase gov but phrase interveners don’t count
Subject
NP or CP daughter of TP
Two types of direct object
1) NP or CP daughter of VP
2) NP or CP daughter of VP that is proceeded by an NP daughter of VP
Ex: Susan kissed THE CLOWNS NOSE
Two types of indirect object
1) the PP daughter of VP immediately proceeded by an NP daughter of VP
2) the NP daughter of VP immediately preceded by V
Ex: he cut the steak with A KNIFE
Oblique
Any NP or PP is a sentence that is not a subject, direct object of a preposition, direct object or indirect object
Basic definition of direct object
NP or CP daughter of a VP
Object of preposition
NP daughter of PP
CP ->
(C) TP
TP ->
{NP/CP} (T) VP
VP ->
(AdvP+) V (NP) ({NP/CP}) (AdvP) (PP+) (AdvP+)
NP ->
(D) (adjP+) N (PP+) (CP)
PP ->
P (NP)