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Tuesday 03 November 2026 19:54:39 GMT
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✅ Interview-Ready Answer (30-Second Version): Array indexing starts at 0 because the index naturally represents the element’s offset from the beginning of the array. The first element is at an offset of 0, the second is one element away, the third is two elements away, and so on. This also fits naturally with how arrays work in memory and with pointer arithmetic, especially in languages like C. 📝 Detailed Answer: Arrays typically store elements in contiguous memory locations. If an array starts at a particular base address, we can conceptually find an element using: Address = Base Address + (Index × Element Size) For example, if each element occupies 4 bytes: Index 0 → Base + 0 × 4 Index 1 → Base + 1 × 4 Index 2 → Base + 2 × 4 So, the first element has an offset of zero, which makes 0 a natural starting index. This convention became particularly important with C, where arrays are closely connected to pointers and memory addresses. Many popular languages, including C++, Java, Python, and JavaScript, continued using zero-based indexing. And no, the main reason isn't simply that 0-based indexing is faster. Modern compilers and runtimes can optimize arithmetic. The more important idea is that zero-based indexing maps cleanly to memory offsets and pointer arithmetic. 💡 Tip → What the Interviewer Wants to Know: Don't just say
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