Nomor Potong
Pemotongan memotong presisi menuju nol dan tidak menerapkan aturan pembulatan atau pengikatan.
Kalkulator Pembulatan
Masukkan angka dan pilih preferensi pembulatan Anda
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🪄 Contoh Singkat
📋 Cara Kerjanya
Cara Kerjanya
1
Langkah 1
Choose the place value or decimal precision to keep.
2
Langkah 2
Remove all digits beyond that position.
3
Langkah 3
Return the toward-zero result.
📊 Contoh
Contoh yang Dikerjakan
Examples show deterministic cut-off behavior for positive and negative inputs.
| Masukan | Sasaran | Metode | Hasil |
|---|---|---|---|
| 2.99 | Bilangan Bulat Terdekat | Memotong (Menuju Nol) | 2 |
| -2.99 | Bilangan Bulat Terdekat | Memotong (Menuju Nol) | -2 |
| 45.6789 | Keseratus Terdekat (2 dp) | Memotong (Menuju Nol) | 45.67 |
Kiat
Kesalahan Umum
Hindari kesalahan pembulatan yang sering terjadi saat memvalidasi keluaran.
- Calling truncate a nearest-value rounding method.
- Confusing truncate with floor for negatives.
- Using truncation where tie-aware rounding is required.
- Dropping expected output precision in display formatting.
❓ Pertanyaan Umum
Pertanyaan yang Sering Diajukan
Is truncation the same as rounding?
No. Truncation removes digits without choosing the nearest value.
How is truncate different from floor?
Truncate goes toward zero, while floor goes toward negative infinity.
When should truncation be used?
Use truncation when exact cut-off behavior is required by your process.
Can truncation be applied to large place values?
Yes. It works for tens, hundreds, thousands, and other supported places.