"You should identify this type of interview question as an Expansion problem, since we're asked to expand further into a market. This is similar to a growth problem, with a few additional components. This is the formula you should use when tackling these types of interview questions:
Ask clarifying questions
Perform user analysis
Market risk analysis
State goals
Perform channel analysis
Prioritize growth channels
Strategy
Summarize
With"
Exponent - "You should identify this type of interview question as an Expansion problem, since we're asked to expand further into a market. This is similar to a growth problem, with a few additional components. This is the formula you should use when tackling these types of interview questions:
Ask clarifying questions
Perform user analysis
Market risk analysis
State goals
Perform channel analysis
Prioritize growth channels
Strategy
Summarize
With"See full answer
"This is a pretty straightforward Improve a Product question. Let's first go over the Improve a Product formula:
Ask clarifying questions
Identify users, behaviors, and pain points
State product goal
Brainstorm small improvements
Brainstorm bolder improvements
Measure success
Summarize
Now, let's begin!
Ask clarifying questions
Before we begin listing off recommendations, it's important you ask questions to ensure you and the interviewe"
Exponent - "This is a pretty straightforward Improve a Product question. Let's first go over the Improve a Product formula:
Ask clarifying questions
Identify users, behaviors, and pain points
State product goal
Brainstorm small improvements
Brainstorm bolder improvements
Measure success
Summarize
Now, let's begin!
Ask clarifying questions
Before we begin listing off recommendations, it's important you ask questions to ensure you and the interviewe"See full answer
"Firstly, I would start researching the problems in the market, figure the audience for my product and then with the correct ideation to launch build the right product with the right team."
Sarlinson C. - "Firstly, I would start researching the problems in the market, figure the audience for my product and then with the correct ideation to launch build the right product with the right team."See full answer
Product Design
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"Steps:
Validate K to be less than the number of elements in an array.
Sort the array in ascending order.
Get the K'th smallest element by array[k-1]."
Ashesh S. - "Steps:
Validate K to be less than the number of elements in an array.
Sort the array in ascending order.
Get the K'th smallest element by array[k-1]."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
"Tell a story that you do not need to sit with a laptop to be in career growing mood.
"You can grow your career on the go."
"Grow your career while you scroll."
We will target our Messaging at every point where people go to read about job roles and descriptions."
Mubarak O. - "Tell a story that you do not need to sit with a laptop to be in career growing mood.
"You can grow your career on the go."
"Grow your career while you scroll."
We will target our Messaging at every point where people go to read about job roles and descriptions."See full answer
"def findmaxone_index(A):
  i = 0
  n = len(A)
  count_left = 0
  count_right = 0
  max_i = -1
  last_i = -1
  count_max = 0
  while i count_max:
        countmax = countleft + count_right + 1
        maxi = lasti
      last_i = i
      countleft = countright
      count_right = 0
   i += 1
  if last_i != -1:
"
Anonymous Firefly - "def findmaxone_index(A):
  i = 0
  n = len(A)
  count_left = 0
  count_right = 0
  max_i = -1
  last_i = -1
  count_max = 0
  while i count_max:
        countmax = countleft + count_right + 1
        maxi = lasti
      last_i = i
      countleft = countright
      count_right = 0
   i += 1
  if last_i != -1:
"See full answer