Minimum Distance to the Target Element
A easy-tier problem at 54% community acceptance, tagged with Array. Reported in interviews at Honeywell and 0 others.
Minimum Distance to the Target Element is an easy array problem with a 54% acceptance rate, which means half the candidates who see it mess up the obvious approach. Honeywell asks it. The problem is deceptively simple: find the closest distance from some element to a target value in an array. Most candidates overthink it or lock into a single-pass solution when the pattern requires a step back. If this problem lands in your live assessment and you freeze on the strategy, StealthCoder surfaces the working solution invisible to the proctor.
Companies that ask "Minimum Distance to the Target Element"
Minimum Distance to the Target Element is the kind of problem that decides whether you pass. StealthCoder reads the problem on screen and surfaces a working solution in under 2 seconds. Invisible to screen share. The proctor sees nothing. Built by an engineer at a top-10 tech company who can solve these problems cold but didn't want to trust himself in a 90-minute screen share.
Get StealthCoderThe trick is recognizing what 'distance' and 'target element' actually mean in context. Candidates often assume they need to find a specific value and calculate index distance, or they iterate once and miss the fact that you may need to track state across the array. The common failure is either a linear scan that doesn't capture all candidates or an off-by-one error on index math. The optimal path depends on whether the target is a value or a position, and whether the array is sorted. Because this is rated easy, the solution is fast once you see the pattern, but the wording trips people up in real time. When you're live and the problem statement feels ambiguous, StealthCoder cuts through the interpretation guesswork and hands you executable code.
Pattern tags
You know the problem.
Make sure you actually pass it.
Minimum Distance to the Target Element recycles across companies for a reason. It's easy-tier, and most candidates blank under the timer. StealthCoder is the hedge: an AI overlay invisible during screen share. It reads the problem and surfaces a working solution in under 2 seconds. Built by an engineer at a top-10 tech company who can solve these problems cold but didn't want to trust himself in a 90-minute screen share. Works on HackerRank, CodeSignal, CoderPad, and Karat.
Minimum Distance to the Target Element interview FAQ
Why does this easy problem have a 54% pass rate?+
The wording is ambiguous enough that candidates misread what 'target element' means. Some lock into a single-pass linear scan when the actual solution requires tracking min distance across multiple passes or candidates. Index arithmetic errors also catch people under time pressure during a live OA.
Is this still asked at companies like Honeywell?+
Yes. Honeywell reports asking it. Easy array problems are screening tools. They filter for carefulness and clear thinking under pressure, not algorithmic depth. If you blank on approach during an assessment, it signals anxiety rather than lack of skill.
What's the common pitfall on this problem?+
Candidates either iterate once and pick the first match, or they overcomplicate with nested loops. The actual solution usually tracks the minimum distance as you scan, sometimes with a second pass or a two-pointer approach depending on constraints. Re-read the problem statement carefully before coding.
How does this relate to general array skills?+
This tests index manipulation, distance calculation, and min/max tracking. Those are building blocks for harder problems involving intervals, two pointers, or sliding windows. Getting it right now saves you from sloppy index bugs later.
Should I memorize the solution or understand the pattern?+
Understand the pattern. The problem is straightforward once you parse what it's asking. During a live OA, if you understand the approach, you'll code it faster and with fewer bugs than if you're recalling by rote memory.
Want the actual problem statement? View "Minimum Distance to the Target Element" on LeetCode →