"You should be able to identify this as a Measure Success question. These kinds of questions are used to test your analytical skills, as well as your ability to track project progress post-launch.
Recall the strategy for tackling them methodically and thoroughly:
Ask clarifying questions
State the goal of the feature / product
Behavior Mapping / UX Flow Mapping
Provide criteria to prioritize metrics
Prioritize metrics
Summarize
Let's begin!
Ask cl"
Exponent - "You should be able to identify this as a Measure Success question. These kinds of questions are used to test your analytical skills, as well as your ability to track project progress post-launch.
Recall the strategy for tackling them methodically and thoroughly:
Ask clarifying questions
State the goal of the feature / product
Behavior Mapping / UX Flow Mapping
Provide criteria to prioritize metrics
Prioritize metrics
Summarize
Let's begin!
Ask cl"See full answer
"filter function usually exists in some high level programming that adopt FP paradigm.
It taks a sequence of items and a predicate function, and returns (conceptually) a subset of the items that satisfy the predicate.
Adopt this kind of operation (filter, map, reduce, take, pairwise ...) can help writting
cleaner code, and reduce the usage of mutable part in the program, lower the
possibility of making human mistake.
Take Python for example (although const-ness is not exists in Python),
assu"
Weida H. - "filter function usually exists in some high level programming that adopt FP paradigm.
It taks a sequence of items and a predicate function, and returns (conceptually) a subset of the items that satisfy the predicate.
Adopt this kind of operation (filter, map, reduce, take, pairwise ...) can help writting
cleaner code, and reduce the usage of mutable part in the program, lower the
possibility of making human mistake.
Take Python for example (although const-ness is not exists in Python),
assu"See full answer
"The height of a binary tree is the maximum number of edges from the root node to any leaf node. To calculate the height of a binary tree, we can use a recursive approach. The basic idea is to compare the heights of the left and right subtrees of the root node, and return the maximum of them plus one."
Prashant Y. - "The height of a binary tree is the maximum number of edges from the root node to any leaf node. To calculate the height of a binary tree, we can use a recursive approach. The basic idea is to compare the heights of the left and right subtrees of the root node, and return the maximum of them plus one."See full answer