"
Compare alternate houses i.e for each house starting from the third, calculate the maximum money that can be stolen up to that house by choosing between:
Skipping the current house and taking the maximum money stolen up to the previous house.
Robbing the current house and adding its value to the maximum money stolen up to the house two steps back.
package main
import (
"fmt"
)
// rob function calculates the maximum money a robber can steal
func maxRob(nums []int) int {
ln"
VContaineers - "
Compare alternate houses i.e for each house starting from the third, calculate the maximum money that can be stolen up to that house by choosing between:
Skipping the current house and taking the maximum money stolen up to the previous house.
Robbing the current house and adding its value to the maximum money stolen up to the house two steps back.
package main
import (
"fmt"
)
// rob function calculates the maximum money a robber can steal
func maxRob(nums []int) int {
ln"See full answer
"Number of employees after the first year = n*(1+r) = n1
Number of employees after the second year = n1(1+r) = n(1+r)**2
Hence, the number of employees after 't' years = n(1+r)*t"
Asish B. - "Number of employees after the first year = n*(1+r) = n1
Number of employees after the second year = n1(1+r) = n(1+r)**2
Hence, the number of employees after 't' years = n(1+r)*t"See full answer
Data Scientist
Concept
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"This problem can be solved with two approaches
Iterative approach
Recursive approach
Quite easy to think about the iterative approach, you can make use of a while loop in that case. But what if you want to make use of previously computed values? That case going for the recursive solution is quite useful.
class Collatz:
def init(self) -> None:
self.cache = {}
self.steps = 0
def steps_from(self, n) -> int:
# base case
if n == 1:
"
Frederick A. - "This problem can be solved with two approaches
Iterative approach
Recursive approach
Quite easy to think about the iterative approach, you can make use of a while loop in that case. But what if you want to make use of previously computed values? That case going for the recursive solution is quite useful.
class Collatz:
def init(self) -> None:
self.cache = {}
self.steps = 0
def steps_from(self, n) -> int:
# base case
if n == 1:
"See full answer
"Construct a min-heap either inplace, or by making a copy of the array and then applying heapify on that copy. This is done in O(n) time.
Maintain two zero-initialised variables - sum and count.
Keep popping off the heap while sum < k, and update count.
In the worst case you will have to do n pops, and each pop is O(log n), so the algorithm would take O(n log n) in total. Space complexity depends on whether you're allowed to modify inplace or not, so either O(1) or O(n) respectively."
Anonymous Wolf - "Construct a min-heap either inplace, or by making a copy of the array and then applying heapify on that copy. This is done in O(n) time.
Maintain two zero-initialised variables - sum and count.
Keep popping off the heap while sum < k, and update count.
In the worst case you will have to do n pops, and each pop is O(log n), so the algorithm would take O(n log n) in total. Space complexity depends on whether you're allowed to modify inplace or not, so either O(1) or O(n) respectively."See full answer
"I generally struggle with stakeholders and partners who doesn't communicate enough. Now it could be either they don't invest sufficient time and energy in doing so or at times they lack the skill sets to do so. In both the cases, the entire responsibility fell on the other person to dig deep into why someone is doing the way they are doing, reading into patterns and behaviour of their personality and adapting to those communication styles"
Lati K. - "I generally struggle with stakeholders and partners who doesn't communicate enough. Now it could be either they don't invest sufficient time and energy in doing so or at times they lack the skill sets to do so. In both the cases, the entire responsibility fell on the other person to dig deep into why someone is doing the way they are doing, reading into patterns and behaviour of their personality and adapting to those communication styles"See full answer
"// Helper function to calculate the Euclidean distance between two points
function distance(p1, p2) {
return Math.sqrt(Math.pow(p1[0] - p2[0], 2) + Math.pow(p1[1] - p2[1], 2));
}
// A helper function to find the closest pair in a given set of points within the strip
function closestPairInStrip(strip, d) {
let minDist = d; // Start with the current minimum distance
strip.sort((a, b) => a[1] - b[1]); // Sort the strip by y-coordinate
for (let i = 0; i < strip.length; i++) {
"
Vishnu V. - "// Helper function to calculate the Euclidean distance between two points
function distance(p1, p2) {
return Math.sqrt(Math.pow(p1[0] - p2[0], 2) + Math.pow(p1[1] - p2[1], 2));
}
// A helper function to find the closest pair in a given set of points within the strip
function closestPairInStrip(strip, d) {
let minDist = d; // Start with the current minimum distance
strip.sort((a, b) => a[1] - b[1]); // Sort the strip by y-coordinate
for (let i = 0; i < strip.length; i++) {
"See full answer
"You shouldn't hire me if you're looking for someone to simply write code in large volumes without considering the bigger picture. I'm someone who thrives on solving root problems, building, cohesive systems, and ensuring stakeholder alignment. If the priority is speed over thoughtful analysis, I might not be the best fit. However, if you're looking for someone who can drive meaningful and scalable solutions, collaborate effectively, and contribute to long-term success, then I believe I'd bring s"
Nicola R. - "You shouldn't hire me if you're looking for someone to simply write code in large volumes without considering the bigger picture. I'm someone who thrives on solving root problems, building, cohesive systems, and ensuring stakeholder alignment. If the priority is speed over thoughtful analysis, I might not be the best fit. However, if you're looking for someone who can drive meaningful and scalable solutions, collaborate effectively, and contribute to long-term success, then I believe I'd bring s"See full answer
"An Object Oriented programming deals with data and members.
An Object Oriented Programming consumes more memory.
An OOPS Consist of bottom-up approach.
An OOPS is more secure Than POP.
POP.
An POP deals with Functions.
An POP is less secure compare to OOPS.
An POP contains less memory.
An POP doesnt contain acess Modifiers."
Arun G. - "An Object Oriented programming deals with data and members.
An Object Oriented Programming consumes more memory.
An OOPS Consist of bottom-up approach.
An OOPS is more secure Than POP.
POP.
An POP deals with Functions.
An POP is less secure compare to OOPS.
An POP contains less memory.
An POP doesnt contain acess Modifiers."See full answer
"There are couple of reasons for it -
Kind of role : Its a product manager role loaded with analytical work, So working with data in stringent regulatory guideline make it more exciting and thrilling.
Location & industry is like - Cherry on the cake, Bangalore weather and BFI is at its all time peak as people spending behavior is changing continuously, it will be interesting to see big giants like visa are managing it."
Nidhi S. - "There are couple of reasons for it -
Kind of role : Its a product manager role loaded with analytical work, So working with data in stringent regulatory guideline make it more exciting and thrilling.
Location & industry is like - Cherry on the cake, Bangalore weather and BFI is at its all time peak as people spending behavior is changing continuously, it will be interesting to see big giants like visa are managing it."See full answer