int EPL (treeType t) {... ] 3. Show the trace of execution of the function defined in (b) on the tree given in (a). EPL(A)= D B inary tree. E A F C G
int EPL (treeType t) {... ] 3. Show the trace of execution of the function defined in (b) on the tree given in (a). EPL(A)= D B inary tree. E A F C G
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![binary treeis a binary tree where every internal node has exactly two subtrees. Write a
recursive function that computes the external path length of a regular binary tree, assuming that
you have at your disposal a Boolean function that tells you whether a tree is a leaf and an integer
function that returns the number of leaves of a binary tree.
int EPL (treeType t) {...
}
3. Show the trace of execution of the function defined in (b) on the tree given in (a).
EPL(A) =
D
B
H
E
A
F
C
G](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd5655175-49d2-4db6-a7fd-785d70a02cda%2F5d37c9f6-46c0-470f-b43f-3248b0337efc%2Fxsx3m6_processed.jpeg&w=3840&q=75)
Transcribed Image Text:binary treeis a binary tree where every internal node has exactly two subtrees. Write a
recursive function that computes the external path length of a regular binary tree, assuming that
you have at your disposal a Boolean function that tells you whether a tree is a leaf and an integer
function that returns the number of leaves of a binary tree.
int EPL (treeType t) {...
}
3. Show the trace of execution of the function defined in (b) on the tree given in (a).
EPL(A) =
D
B
H
E
A
F
C
G
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