Solve in java You are given an input list of strings, ordered by ascending length. Write a function that returns True if, for each pair of consecutive strings, the second string can be formed from the first by adding a single letter either at the beginning or end. Examples canBuild(["a", "at", "ate", "late", "plate", "plates"]) → True canBuild(["a", "at", "ate", "late", "plate", "plater", "platter"]) → False # "platter" is formed by adding "t" in the middle of "plater" canBuild(["it", "bit", "bite", "biters"]) - False # "biters" is formed by adding two letters - we can only add one canBuild(["mean", "meany"]) → True
Solve in java You are given an input list of strings, ordered by ascending length. Write a function that returns True if, for each pair of consecutive strings, the second string can be formed from the first by adding a single letter either at the beginning or end. Examples canBuild(["a", "at", "ate", "late", "plate", "plates"]) → True canBuild(["a", "at", "ate", "late", "plate", "plater", "platter"]) → False # "platter" is formed by adding "t" in the middle of "plater" canBuild(["it", "bit", "bite", "biters"]) - False # "biters" is formed by adding two letters - we can only add one canBuild(["mean", "meany"]) → True
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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![Solve in java
You are given an input list of strings, ordered by ascending length.
Write a function that returns True if, for each pair of consecutive strings, the second
string can be formed from the first by adding a single letter either at the beginning or
end.
Examples
canBuild(["a", "at", "ate", "late", "plate", "plates"]) → True
canBuild(["a", "at", "ate", "late", "plate", "plater", "platter"]) → False
# "platter" is formed by adding "t" in the middle of "plater"
canBuild(["it", "bit", "bite", "biters"])
# "biters" is formed by adding two letters - we can only add one
canBuild(["mean", "meany"]) → True](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F658a0d8e-7632-40ba-97b7-ed21af3797ee%2F8cfacb70-7e09-41e5-9288-3e5b05cc7add%2Fuub8s2c_processed.png&w=3840&q=75)
Transcribed Image Text:Solve in java
You are given an input list of strings, ordered by ascending length.
Write a function that returns True if, for each pair of consecutive strings, the second
string can be formed from the first by adding a single letter either at the beginning or
end.
Examples
canBuild(["a", "at", "ate", "late", "plate", "plates"]) → True
canBuild(["a", "at", "ate", "late", "plate", "plater", "platter"]) → False
# "platter" is formed by adding "t" in the middle of "plater"
canBuild(["it", "bit", "bite", "biters"])
# "biters" is formed by adding two letters - we can only add one
canBuild(["mean", "meany"]) → True
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